· 2020-21 ten80 catalog contents. [email protected] . 2020-21 catalog version 1: 20200723....

2020 - 21 CATALOG

PROJECT BASED LEARNING THAT DOESN’T FORGET THE LEARNINGWWW.TEN80EDUCATION.COM

COVID-19 UPDATES COMING SOONOur team at Ten80 is updating program models to better serve you in this time of COVID-19. Contact us to talk about how we can help better serve your students who may be schooling from home or in a hybrid model.

2020-21 TEN80 CATALOG CONTENTS

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2020-21 Catalog Version 1: 20200723

About Ten80 and Ten80’s K-12 Education•

Student STEM Challenges OVERVIEW

STUDENT RACING CHALLENGE • CLASS Format• Customize Your CLUB• Summer Racing CAMP• Additional Materials & Tech

ELEMENTARY RACING CHALLENGE

STUDENT COMPSCI CHALLENGE • Intro to Physical Computing • CompSci & Rover Bundles

AUTONOMOUS VEHICLE CHALLENGE• Robo Racecar CLASS, CLUB • Summer CAMP Kit

STUDENT UAV CHALLENGE• CLASS & CLUB Kits • Summer CAMP Kit

National STEM League (NSL)• Overview• NSL Competition Kits• NSL Series: Student Racing Challenge• NSL Series: Elementary Racing Challenge• NSL Series: Autonomous Vehicle Challenge• NSL Series: Student UAV Challenge

Order Forms

COVID-19 UPDATES COMING SOONOur team at Ten80 is updating program models to better serve you in this time of COVID-19. Contact us to talk about how we can help better serve your students who may be schooling from home or in a hybrid model.

mailto:[email protected]

www.Ten80Education.com

Get InvolvedTen80Education.comToll free [email protected]

ABOUT TEN80 EDUCATIONTen80 is a team of STEM, education and business professionals dedicated to cultivating a STEM Ecosystem that unites and inspires the next generation of entrepreneurial thinkers and innovators, empowering ALL students to thrive in a world of constant innovation.

Ten80’s first engineer-educator teams formed in the late 1990’s to champion Project-Based Learning that Doesn’t Forget the Learning through professional development. Over the last 20+ years, through NSF grants, longitudinal studies and close partnerships with K-12 educators, Ten80 has developed a comprehensive, data-driven philosophy and framework * for STEM education that can engage and serve all students.

Today, Ten80 is a leader in STEM Education, named one of four Exemplary and Ready-to-Scale Initiatives by Change the Equation & STEMWorks. Ten80 partners with K-12 schools and organizations to initiate a comprehensive STEM system or strengthen existing programs through these areas of focus:

1. Curriculum = CLUB, CLASS or CAMP formats

2. Ten80 Challenge Competitions that motivate students and reinforce the habits of mind, concepts and skills cultivated through the curriculum. Ten80 students are eligible to compete in the National STEM League (NSL).

3. Professional Development

4. Custom Event & Experience Production

Ten80 = 1,080 = 3 × 360Ten80 represents a stronger society through the promise of STEM Education for all.

Ten80’s logo is a Venn diagram. A Venn diagram uses closed curves to represent complex, interdependent relationships among sets. Each closed curve is 360 degrees.

Curriculum & Competitions Ten80’s Student STEM Challenges Curricula and competitions help students (and educators) cultivate 21st Century Skills through team-oriented challenges. Every Student STEM Challenge addresses a different set of concepts and skills. All of them help students understand and actively participate in the innovation process that drives today’s economy, civil society and public institutions.

* Ten80’s Innovation FrameworkUpper elementary and secondary programs are based on a framework of innovation. Innovation is a process that purposefully combines these four elements: (1) the engineering process that requires (2) specific content knowledge and skills, the (3) enterprise process which is essentially prototyping a business and (4) leadership principles that are necessary to turn truly innovative ideas into reality.

Custom Event & Experience Production Ten80 works with industry partners like the Society of Manufacturing Engineers (SME) and Specialty Equipment Manufacturing Association (SEMA) to reach tens of thousands of young people. Together we identify the skills embedded in a partner’s priorities, whether it is optimizing performance using data or designing an innovative 3D part and position those skills as the centerpiece for learning experiences.

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Courses • Clubs • Camps

Overview ...................................................5Student Racing Challenge ..........................6Elementary Racing Challenge ................... 10Student CompSci Challenge ..................... 13Autonomous Vehicle Challenge ................ 15Student UAV Challenge (Drones)................17

Ten80 Education | Classes • Camps • Clubs • NSL*

PROJECT-BASED LEARNING THAT DOESN’T FORGET THE LEARNING

NSL*: Student Racing ChallengeStudents own a technology team and their ultimate goal is to engineer personal performance, team performance, and race performance. The base technology is an RC car that comes ready-to-run so initial engagement is learning how systems operate and how to collect, organize and use data to make design decisions. Students ultimately rebuild the car with improved parts, honing in on an ideal system for racing success.

Elementary Division, Grades 5 - 6Modifiable 1:18 scale RC car with training mode

Secondary Division, Grades 7 - 12Modifiable 1:10 scale RC car

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*NSL = National STEM LeagueTeams can earn points by uploading work to an online dashboard as well as competing face-to-face (F2F) locally and nationally in the NSL.

NSL: Autonomous Vehicle (AV) Challenge Students integrate electrical, mechanical and computer systems, the three systems at the core of every robot, to meet a series of challenges that parallel AV operations on streets and highways, in remote areas of land, sea and space.

Novice Robo Racecar • 1:18 scale electric RC car• Micro:bit and motor shield use input from multiple sensors• Drag & drop coding with option for text-based coding

Advanced Robo Racecar• Highly modifiable 1:10 scale electric RC car• Arduino + motor shield that requires soldering complex wiring • Input from multiple sensors• Text-based coding

NSL: Student UAV (Drone) Challenge

Novice Division: Students cultivate teamwork, communication, aeronautics and piloting skils using an entry level drone.

Hacker’s Division: Students reverse engineer the drone brain and systems, ultimately replacing the stock systems with a custom Arduino-based brain.

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Get Involved Ten80Education.comToll free 855.836.8033

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T E N 8 0 S T U D E N T

Published and Organized ByOption to Collaborate & Compete in the NSL

THE MORE YOU KNOW . . . THE FASTER YOU GO.

Curriculum OverviewThe Student Racing Challenge (SRC) car arrives fully operational. Through the early units students reverse engineer the electromechanical systems, following Good Investigation Practices (GIP). The Problem-Solving unit introduces the power of math modeling in making data-driven decisions then those lessons learned are applied to optimize the car’s performance and ultimately redesign the car.

Enterprise & Innovation units motivate students to manage their time and resources, to market themselves and to develop 21st Century Skills like leadership that are required to turn ideas into realities.

Add-on projects include: Robotic RaCeCar in which students automate the car and Energy Challenge in which students charge batteries with renewable sources.

Competition Overview (Optional)Student Racing Challenge teams compete in the National STEM League (NSL) through Face-to-Face (F2F) Competitions and the Online Points Race. Points leaders and F2F competition winners are invited to the NSL Finals.

Standards AlignmentsAll programs align to the Common Core State Standards for Mathematics and English Language Arts and Next Generation Science Standards (NGSS). The Student Racing Challenge also aligns to International Technology and Engineering Educators Association (ITEEA) Standards for Technological Literacy.

Available Formats• CLASS: Individual student accounts

• CLUB: Team accounts

• CAMP: 30 contact hours, computer access not required

Technology The base technology is a fully operational 1:10 scale electric radio-controlled (RC) car that can be setup in over 14 million ways before re-engineering a single part. Optional technology for specialization projects includes 3D-CAD, rapid prototyping tools, physical computing with microprocessors and sensors. SolidWorks 3D CAD software is free to Ten80 students.

The Storyline & ChallengeStudents own a motorsports business and their ultimate goal is to engineer performance. This includes personal performance, team performance and of course, race performance. Students apply core physics concepts, math modeling and the appropriate technology to engineer solutions to problems that parallel those encountered by professional teams.

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STUDENT RACING CHALLENGECLASS FORMATCurriculumContact us to learn how others in your state or district are assigning science credit, CTE and/or STEM Endorsements.

Click-through lessons direct students’ physical activity and analysis. Engineering logbooks are fundamental to the learning experience. Educators assess students with a mix of online quizzes and rubric-based evaluation of documentation, results and physical products.

Over the first semester, students engage in three aspects of race engineering, with key focus lessons to dive into key concepts such as energy, electricity and laws of motion:

1. Problem-Solving (& Math Modeling)

2. Driving through Data

3. Mechanical Systems (& Science Behind Them)

Students also manage and think about marketing themselves through Enterprise & Innovation activities.

Once students master the fundamentals in semester 1, they specialize into areas of personal interest. Included Projects are:

• Chassis Setup Investigations, the “Race Team” pathway

• Aerodynamic Design using 3-D CAD

• Robotic RaCeCar (additional materials required)

• Student Energy Challenge applied to your racecar (additional materials can be purchased through Ten80)

SolidWorks® is a 3D CAD program that is FREE to all students involved in Ten80 programs; however, you can use any 3D CAD software.

Materials KitCLASS kits include all materials required to complete the curriculum. Tools and technology are non-consumable so with care, they can be used year-after-year. • Booster Kits (contents on following page)• Carbon Fiber Chassis • Calipers, soldering stations, weigh scales • Spare rechargeable car batteries• Geometry Setup Station with ride height gauges• Data Acquisition System• Focus Lesson sets• Spare Parts Pack

Racing CLASS Startup OptionsNSL Face-to-Face (F2F) series included in startup kit. NSL Points Race series is optional and provides additional support and competition opportunities.

License renewal and NSL registration required in years after initial startup.

See order forms for details.

CLASS Educator Licenses

Student Licenses

NSL F2F Teams Kit

Home 2 5 1 1-Station

Small 2 10 2 2-Stations

Medium 2 16 4 4-Stations

Full 2 24 6 6-Stations



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CUSTOMIZE YOUR CLUBModular Design The Student Racing Challenge curriculum is modular. During the Foundations Training, you’ll arrange these self-contained modules into a program that works for your unique set of goals, population and resources.

Race Engineering Specialization Pathways• Problem-Solving• Driving-through-Data• Mechanical Systems

Middle Grades Guide (10 week starter)

Library of Focus Lessons

• Enterprise & Innovation• Chassis Setup Investigations• Aerodynamic Design, 3-D CAD• Data-Driven Design projects• Renewable Energy Racing• Robotic RaCeCar

Enhance your program with additional materials and technology outlined on the following page.

CLUB KitsStart with non-consumable 1, 2, 4 or 6-Car Base Kit. Add materials with 1-Car Booster Kits. Each 1-Car station serves four students with a very hands-on experience or 10 students who divide & conquer the various aspects of operating a team. Team roles can include graphic or web design, fabrication, marketing, project management, engineering R&D, community outreach, etc.

All base kits provide student access to the SolidWorks® Student Edition and web consultation to help organize your program.

1, 2 or 4-Car Base Kit Contents• 1, 2 or 4 × Booster Kits (contents shown below)• 1, 2 or 4 Carbon Fiber Chassis • 1 or 2 × Caliper, soldering station & weigh scale• 1 x Ride Height Gauge

6-Car Base Kit• 6 × Booster Kits (contents shown below)• 6 × Carbon Fiber Chassis • 3 × Calipers, soldering stations, weigh scales• 3 × Ride Height Gauges• 3 × Additional Rechargeable 7.2V car batteries• 1 × Spare Parts Pack

1-Car Booster Kit• 1 × Competition RC car (1:10 scale)• 1 × Small RC car (1:18 scale) for classroom investigations• 1 × Set of measurement tools • 2 × Rechargeable car batteries with 1 Smart battery charger• 1 × Extra set of 4 wheels with tires• 2 × Extra gears• 1 × Clear car body• Misc. spare parts

Racing CLUB Startup OptionsNSL Face-to-Face (F2F) series included in startup kit. NSL Points Race series is optional and provides additional support and competition opportunities.



CLUB Base Kit

Educator Licenses

Team Licenses

NSL F2F Teams

1-Car 2 1 1

2-Car 2 2 2

4-Car 2 4 4

6-Car 2 6 6





ADDITIONAL MATERIALS & TECHSee the order forms and online store for additional options and info.Item

• Replacement Cars (Sets of 2, 4 or 6)

• Replacement Carbon-Fiber Chassis (Sets of 2, 4 or 6)

• Energy Pack (2 x 7.2V RC car batteries)

• Power Pack (Battery Bundle + Smart Charger)

• Wheel Pack (2 sets of replacement wheels)

• Clear 1:10 Scale Car Body

• Spare Parts Pack for one car (SRC-001 car)

• Gear Set (2 spur & 2 pinion for SRC-001 car)

• Hop-Up Kit for one car: Aluminum parts/Carbon Fiber Chassis

• Hop-Up kit for one car: All Aluminum Upgrade

• Robotic RaCecar - automate your car with Arduino kit

• Chassis Geometry Setup System

• Data Acquisition System

• Spare/Replacement ESC (2 brand options)

• Spare/Replacement Servos (2 brand options)

• LED Show Focus Lesson, 3-Set

• Make a Motor Focus Lesson, 3-Set

• Track Rail & Transponder Systems

• Solar and Wind Power Projects

SUMMER RACING CAMPThis camp-specific curriculum is organized into a 5-day format with 25-40 contact hours depending on your program organization.

The 6-Car CAMP kit includes materials and print pack for six teams which is 18-30 students. Curriculum is appropriate for middle or high school students. Middle grade students spend more time on Problem-Solving Challenges using the small 1:18 scale cars while more advanced students spend more time optimizing performance of the 1:10 scale cars.

Specialize into green transportation by adding Energy Challenge projects. Build and optimize solar or wind charging stations.

The materials are NOT consumable and can be used to run multiple camps. • 6 × Booster Kits (contents shown below)• 6 × Carbon Fiber Chassis • 3 × Caliper, soldering station, weigh scale & ride height gauges• 3 × Additional Rechargeable 7.2V car batteries• 1 × Spare Parts Pack• Online CAMP Curriculum with downloadable facilitator’s guide,

downloadable team activity guide (logbook), videos and presentations

After the first camp, a per student license fee is required to maintain license and access to curriculum, resources and training.



[email protected]


THE MORE YOU KNOW . . . THE FASTER YOU GO.

Curriculum OverviewThe Elementary Racing Challenge (ERC) car arrives fully operational. Through the early units students reverse engineer the electromechanical systems, following Good Investigation Practices (GIP). The Problem-Solving unit introduces the power of math modeling in making data-driven decisions then those lessons learned are applied to optimize the car’s performance and ultimately redesign the car.


Extension projects include: Robotic RaCeCar in which students automate the car and Energy Challenge in which students charge batteries with renewable sources.

Competition Overview (Optional)Elementary Racing Challenge teams compete in the National STEM League (NSL) through Face-to-Face (F2F) Competitions and the Online Points Race. Points leaders and F2F competition winners are invited to the NSL Finals.

Standards AlignmentsAll programs align to the Common Core State Standards for Mathematics and English Language Arts and Next Generation Science Standards (NGSS). The Student Racing Challenge also aligns to International Technology and Engineering Educators Association (ITEEA) Standards for Technological Literacy.

Available Formats• CLASS & CLUB: curriculum organized for a 3-week formal

classroom unit (~15 hours) and semester long OST club.

• CAMP: 20-30 contact hours, computer access not required

Technology The base technology is a fully operational 1:18 scale electric radio-controlled (RC) car that can be setup in over 1 million ways before re-engineering a single part. Optional technology for specialization projects includes 3D-CAD, rapid prototyping tools, physical computing with microprocessors and sensors. SolidWorks 3D CAD software is free to Ten80 students.

The Storyline & ChallengeStudents own a motorsports business and their ultimate goal is to engineer personal performance, team performance and of course, race performance. Students apply physical science concepts, practice math modeling and how to use the appropriate technology to engineer solutions to problems that parallel those encountered by professional teams.

Ten80Education.com




CurriculumImplement the Elementary Racing Challenge over 3 weeks, 6 weeks or full semester.

Students conduct investigations in three areas of race engineering:

• Problem-Solving Strategies (& Math Modeling)

• Driving through Data

• Mechanical Systems (& Science Behind Them)

Through focus lessons they drive deeper into key concepts such as energy, electricity, forces and motion.

Once students complete the fundamentals of race engineering they can work on these specialization projects:

• Enterprise & Innovation - manage and market the team

• Race Team - Engineer the car for speed and stability

• Physical Computing - Automate the RC car

• Energy - Charge batteries using renewable energies

Startup MaterialsStart with non-consumable 1, 2, 4 or 6-Car Base Kit. Add materials with 1-Car Booster Kits. Each 1-Car station serves four students with a very hands-on experience or six students who divide & conquer the various aspects of operating a team. Team roles can include graphic design, fabrication, marketing, project management, engineering R&D, community outreach, etc.

1, 2 or 4-Car Base Kit Contents• 1, 2 or 4 × Booster Kits (contents shown below)• 1 or 2 × Caliper, soldering station & weigh scale• 1 x Ride Height Gauge

6-Car Base Kit• 6 × Booster Kits (contents shown below)• 3 × Calipers, soldering stations, weigh scales• 3 × Ride Height Gauges• 3 × Additional Rechargeable 7.2V car batteries• 1 × Spare Parts Pack

1-Car Booster Kit• 1 × Elementary Competition RC car (1:18 scale)• 1 × Simple RC car (1:18 scale) required for some

investigations• 1 × Set of measurement tools • 2 × Rechargeable car batteries with 1 Smart battery charger• 1 × Extra set of tires• 2 × Extra gears• 1 × Clear car body• Misc. spare parts

CLASS & CLUB Startup OptionsNSL Face-to-Face (F2F) series included in startup kit. NSL Points Race series is optional and provides additional support and competition opportunities.



Kit Educator Licenses

Team Licenses

NSL F2F Teams

1-Station 2 1 1

2-Stations 2 2 2

4-Stations 2 4 4

6-Stations 2 6 6

ELEMENTARY RACING CHALLENGE CLASS & CLUB




ADDITIONAL MATERIALS & TECHSee the order forms and online store for additional options and info.Item

• Replacement Cars (Sets of 2, 4 or 6)

• Energy Pack (2 x 7.2V RC car batteries)

• Power Pack (Battery Bundle + Smart Charger)

• Tire Pack (2 sets of replacement tires)

• Clear 1:10 Scale Car Body

• Spare Parts Pack for one car

• Gear Set (2 spur & 2 pinion)

• Aluminum, adjustable shock / spring assembly

• Robotic RaCecar - automate your simple RC car with Micro:bit

• Chassis Geometry Setup System

• Data Acquisition System

• LED Show Focus Lesson, 3-Set

• Make a Motor Focus Lesson, 3-Set

• Track Rail & Transponder Systems

• Solar and Wind Power Projects

ELEMENTARY SUMMER RACING CAMPThis camp-specific curriculum is organized into a 5-day format with 25-40 contact hours depending on your program organization.

The 6-Car CAMP kit includes materials and print pack for six teams which is 18-30 students. Curriculum is appropriate for grades 4 - 6.

Specialize into green transportation by adding Energy Challenge projects. Build and optimize solar or wind charging stations.

The materials are NOT consumable and can be used to run multiple camps. • 6 × Booster Kits (contents shown below)• 3 × Caliper, soldering station, weigh scale & ride height gauges• 3 × Additional Rechargeable 7.2V car batteries• 1 × Spare Parts Pack• Online CAMP Curriculum with downloadable facilitator’s guide,

downloadable team activity guide (logbook), videos and presentations

After the first camp, a per student license fee is required to maintain license and access to curriculum, resources and training.


Published and Supported By


[email protected]

INTRO TO PHYSICAL COMPUTING

Scope, Standards & ApplicationsThis Intro to Physical Computing course is a full curriculum framework, not just a set of activities, and is fully mapped to the Common Core State Standards for Mathematics & ELA, Next Generation Science Standards (NGSS) and Computer Science Teacher’s Association (CSTA) Level 3 standards with pacing guides to include Level 1 and 2 standards.

Implement the curriculum as a standalone 1-semester computer science foundation course or be integrated into science and engineering elective courses. Bundle with Autonomous Vehicle curriculum such as the Student Rover Challenge to create a full-year course.

Competition & Collaboration Overview (Optional)Submit your top culminating challenges to the National STEM League’s (NSL) Online Points Race. Receive feedback from Ten80’s professionals and learn how your projects compare to other CS submissions. This course can also help students perform better in other NSL series.

Computer Science FrameworkTen80’s Intro to Physical Computing curriculum bridges engineering design and computer science with business modeling and real-world applications. Students learn fundamental computational thinking and logical problem-solving skills while working with different aspects of CS including coding, physical computing (i.e. software and hardware integration) and team-based project work.

Intro to Physical Computing OverviewStudents develop problem-solving and computational thinking skills to develop good practices that are universal across programming languages.

In this 1-semester course, students work with a mix of off-screen simulations, drag-and-drop and text-based programming. This course uses the Arduino programming language which is based on C, a widely used programming language. All concepts are universal and not language specific.

Students will understand algorithms, binary and hexadecimal number systems, data types, decision loops, functions, sensors, and wireless communications that are critical concepts in engineering and computer science. After “mastering” the software and hardware concepts and skills, including basic circuitry lessons, students engage in a culminating design project. Several project options are provided.

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INTRO TO PHYSICAL COMPUTINGCurriculum & MaterialsClick-through lessons direct students’ physical activity and analysis. Engineering logbooks are fundamental to the learning experience.

These CompSci kits are designed so that two students share one set of materials, referred to as a CS Team Kit. Use Booster kits to add materials.

Each school or organization is invited to submit its best culminating project to Ten80 for scoring through the National STEM League (NSL) dashboard.

License renewal required in years after initial startup.

CS CLASS Educator Licenses

Student Licenses CS Team Kits Final Project

Submissions

Home 2 5 2 Student + 1 Educator 1

Small 2 10 5 Student + 1 Educator 1

Medium 2 16 8 Student + 1 Educator 1

Full 2 24 12 Student + 1 Educator 1


Just CurriculumAlready have a bin full of Arduinos, breadboards, sensors and tools? Your Intro to Physical Computing kit is still in great shape from the prior year? These investment options provide full license to the curriculum and support community without the cost of additional materials. Contact Ten80 to ensure you have the materials required.





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• CAMP: 30 contact hours

“SYSTEMS THINKING” THROUGH ROBOTICS

One Ultimate ChallengeStudents integrate electrical, mechanical and computer systems, the three systems at the core of every robot, to meet a series of challenges that parallel autonomous vehicle (AV) operations on our neighborhood streets and highways.

Two AV TechnologiesNovice Robo Racecar is a beginner curriculum that uses the Micro:bit platform. The technology is an 1:16 scale car that students assemble. The autonomous challenges mirror those of driverless cars that may soon dominate our neighborhood streets and highways.

Advanced Robo Racecar is an add-on kit with basic instructions on how to install and code an Arduino to automate a Student Racing Challenge car. This kit requires precise soldering and wiring.

StandardsThe Student AV Challenge is aligned to the Common Core State Standards for Mathematics & ELA, Next Generation Science Standards (NGSS) and Computer Science Teacher’s Association (CSTA) Level 3 standards.

Curriculum OverviewThe Novice Robo RaCeCar curriculum leads students through hands-on physical computing activities that address fundamental computational literacy concepts. Those lessons learned are applied to automate the RC car in stages, ultimately transferring decision-making from the human driver to the robot.

The Advanced Robo RaCeCar curriculum uses a more advanced materials kit that extends their physical manipulation of electronic components and strengthens their ability to solve challenges through logical and systems-oriented thinking.


Competition Overview (Optional)Robo Racecar teams can compete in the AV Challenge series of the National STEM League (NSL) through Face-to-Face (F2F) Competitions and the Online Points Race. Points leaders and F2F competition winners are invited to the NSL Finals.

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ROBO RACECAR CHALLENGECLASS vs. CLUB OptionsIn both CLASS and CLUB formats, video presentations direct students’ physical activity and analysis using engineering logbooks. In a CLASS, educators assess students with a mix of online quizzes and rubric-based evaluation of documentation, results and physical products.

The CLASS format provides one login per student while the CLUB provides one login per team. Both provide two educator logins.

Materials OptionsEach Robo Racecar station is designed to serve 3-4 students. Additional team members can participate through team roles that include user interface design, graphic design, web design, marketing, public relations, project management, research & development, fabrication, community outreach, etc.

Few materials are consumable so the kit can be used repeatedly.

1, 2, 4 or 6-Robo Racecar Kit Contents

• 1, 2, 4 or 6 Booster Kits (contents shown below)• Shared tools and battery charger(s)• Student access to the SolidWorks® Student Edition• Web consultation to help organize your program

1-Robo Racecar Booster Kit Contents

• 1 × Car kit • 1 × Rechargeable batteries• 2 × Micro:bit boards• 1 × Moto:bit• Multiple Sensors • Set of Cables, wires, clips, headers• Focus lesson set including breadboard, resistors, etc. • Tool kit

ROBO RACECAR CAMP KITThis camp-specific curriculum is organized into a 5-day format with 25-40 contact hours depending on your program organization.

The camp kit includes the same materials as the 6-Robo Racecar Base Kit described above. It is ideal for six teams of 3 - 4 students per team. The materials are NOT consumable and can be used to run multiple camps. After the first camp, only a per student license fee is required to maintain access to curriculum, resources and training.

Robo Racecar CLASS & CLUB Startup OptionsNSL Face-to-Face (F2F) series included in startup kit. NSL Points Race series is optional and provides additional support and competition opportunities.


Robo Racear CLASS Kit

Educator Licenses

Student Licenses

NSL F2F Teams Kit


Small 2 10 2 2-Stations

Medium 2 16 4 4-Stations

Full 2 24 6 6-Stations

CLUB Base Kit

Educator Licenses

Team Licenses

NSL F2F Teams

1-Station 2 1 1

2-Stations 2 2 2

4-Stations 2 4 4

6-Stations 2 6 6



[email protected]


Curriculum OverviewStudents fly, configure, reverse engineer, design, build and code.

The Student UAV Challenge curriculum begins with principles of aeronautics and flight for a variety of industries (ex. film vs. inspection). It ultimately leads students through a series of focus lessons that reverse engineer how each system of the UAV brain works. The culminating challenge is to replace the stock system with a customized Arduino-based flight controller.

In working with electrical components, students develop skills like soldering and critical thinking through troubleshooting.

Key focus lessons dive into concepts such as aerodynamics, electricity, computer programming and physical laws of motion.

As with all Student STEM Challenges, these concepts and skills are cultivated through the framework of innovation. Students model a business or organization that applies the technology to improve society.

Competition Overview (Optional)UAV teams can compete in the National STEM League (NSL) through Face-to-Face (F2F) Competitions and the Online Points Race. Points leaders and F2F competition winners are invited to the NSL Finals.

Standards AlignmentsAll programs align to the Common Core State Standards for Mathematics and English Language Arts and Next Generation Science Standards (NGSS). The Student UAV Challenge also aligns to CSTA level 3 standards.



• CAMP: 30 contact hours

Technology The base technology is a remote controlled quadcopter. Focus lessons use electronics components and an Arduino microprocessor.

The Ultimate ChallengeUnmanned Aerial Vehicles (UAVs) are driving one of the most exciting areas of innovation today. Pilots, engineers and entrepreneurial leaders are teaming up to change the way we think of videography, disaster recovery, agriculture, conservation, marketing and so much more.

After exploring basics of aeronautics and developing skills as pilots, students hack into a standard UAV brain, replace it with a custom programmable flight controller and configure it to fly different missions.

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STUDENT UAV CHALLENGECLASS vs. CLUB OptionsClick-through lessons direct students’ physical activity and analysis. Engineering logbooks are fundamental to the learning experience. In a CLASS, educators assess students with a mix of online quizzes and rubric-based evaluation of documentation, results and physical products.

The CLASS format provides one login per student while the CLUB provides one login per team. Both provide two educator logins.

Materials OptionsEach UAV station serves 2-3 students with a very hands-on experience or 4-6 students who divide & conquer the various aspects of operating a team. Add additional UAV’s to increase the hands-on team to 10 members. In addition to actively working with the UAV, team roles can include user interface design, graphic design, web design, marketing, public relations, project management, research & development, fabrication, community outreach, etc.

1, 2, 4 or 6-Station Contents

• 1, 2, 4 or 6 Booster Kits (contents shown below)• 1 additional Quadcoptor UAV per station

(This one is to fly. The Booster UAV will be hacked & flown.)• Focus lesson kit on aeronautics that

includes 2 x Bluetooth gliders per Station• 1 Set of shared tools per two stations• Student access to the SolidWorks® Student Edition

1-UAV Booster Kit Contents

• 1 × Quadcopter UAV (a.k.a. the Drone)• 2 x UAV Lipo batteries• 1 x UAV spare parts kit• 1 x Flight Controller Brain kit including Arduino microcontroller,

sensors, receiver, transmitter, electronic components, breadboard, cables and wires

• 1 x Soldering Kit• 1 x Tool Kit

UAV CLASS & CLUB Startup OptionsAdd NSL Points Race teams for additional support and competition. License renewal and NSL registration required in years after initial startup.


UAV CLASS Kit

Educator Licenses

Student Licenses

NSL F2F Teams Kit


Small 2 10 2 2-Station

Medium 2 16 4 4-Station

Full 2 24 6 6-Station

UAV CLUB Base Kit

Educator Licenses

Team Licenses

NSL F2F Teams

1-Station 2 1 1

2-Station 2 2 2

4-Station 2 4 4

6-Station 2 6 6

UAV CAMP KITThis camp-specific curriculum is organized into a 5-day format with 25-40 contact hours depending on your program organization. Curriculum can also be organized into 1, 2 or 4- week summer camps.

The 6-UAV CAMP kit includes materials and printable student pack for six teams which is 18-30 students. Curriculum is appropriate for middle or high school students. Middle grade students spend more time on problem-solving and flight skills. High school students can focus more on programming and building flight controller hardware.


National STEM League (NSL)Collaboration & Competition

National STEM League Overview ............... 20NSL Competition Kits ............................... 21NSL: Student Racing Challenge .................22NSL: Elementary Racing Challenge ............23NSL: Autonomous Vehicle Challenge ........ 24NSL: Student UAV Challenge .................... 25

The National STEM League (NSL) is a practice league for future professionals, one in which students learn the skills to thrive in a team-oriented atmosphere while also learning why algebra and physics are useful tools for daily life. Students prepare for competition through classes and clubs using Ten80’s Student STEM Challenge curriculum. Schools and organizations in their startup year of Student Racing , AV or UAV Challenge are automatically entered into the Face-to-Face (F2F) series and though competition is optional, it is highly recommended!

Two Series: F2F or OnlineFace-to-Face (F2F) Competitions combine high-tech STEM fair and high-drama head-to-head competition. Invitational winners are invited to the NSL Finals. An additional fee is required for entry into NSL Regional and Finals competitions.

Online Points Race: No Travel Required! Between September and May, students share work to get feedback from remote STEM mentors and earn points. Points categories include Race Engineering, Marketing, Data-Driven Design, etc. Points leaders are invited to the NSL Finals.

Three NSL Challenges. Three Technology Platforms. Teams compete in one of these Challenges:

• Student Racing Challenge

• Student AV Challenge

• Student UAV Challenge

See the order forms and online store for details on your startup and renewal years.

Competition & Curriculum Categories Teams in all NSL Challenges compete in these categories.

• Head to Head: Racing, UAV and AV teams compete in dramatic and strategic events. Innovation teams pitch their business plan.

• Innovation through Data-Driven Design: Teams get and stay ahead through Research & Development.

• Enterprise: Teams manage and market themselves.

• Community Leadership: Teams do well by doing good.

Racing teams also compete in a MODS = Modifications category.

NATIONAL STEM LEAGUECOLLABORATE. CREATE. NOW COMPETE!

Get InvolvedTen80Education.comToll free [email protected]

Ten80Education.com


NATIONAL STEM LEAGUE COMPETITION KITSTEN80 RACE RAILSTen80 has taken over production of the best portable racetrack for indoor or outdoor use. The new Ten80 Race Rail System is a professional quality, lightweight RC competition track that is both portable and durable.

Though National STEM League teams can use tape or PVC piping to make tracks, this system is a great option for organizations that hope to host local or regional competitions at one location or at rotating venues.

The Ten80 Race Rail System allows you to create your own race course using modular race rails and domes. • Each rail is 6 linear feet.• Create 10 linear feet by connecting two rails (overlap is 1 ft.). • Create 12 linear feet by connecting two rails using a dome.• Create corners and intersections by connecting rails to domes. • Create a barrier wall by doubling up rails as shown to the right.

Most Student Racing Challenge roadcourse tracks, oval tracks, dragstrips and Student AV Challenge mazes can be built with a medium system. Some smaller racetracks, rover mazes and dragstrips can be built with a small system. The large system allows you to create any track and double up rails to create jump barriers.

Ten80 Race Rail Systems & Parts Catalog # $ Each

Race Rail system, starter set (20 rails, 5 domes) NSL-RGN-05 $ 495

Race Rail system, small (50 rails, 20 domes) NSL-RGN-02 $1,295

Race Rail system, medium (100 rails, 25 domes) NSL-RGN-03 $1,995

Race Rail system, large (150 rails, 40 domes) NSL-RGN-04 $2,995

Domes, set of 5 NSL-RGN-10 $ 90

Domes, set of 10 NSL-RGN-11 $ 165

Fasteners, set of 110 NSL-RGN-12 $ 50

RACE TRANSPONDER SYSTEMEver seen a Student Racing Challenge event in action? Remember that cool timing system? This is the one! The system includes the connections for your computer, the bridge sensors, ten transponders for up to ten cars and all the necessary cords. It also provides Ten80’s internal instruction manual on how to build the bridge and run a race using this system. You provide bridge materials.

Ten80 Transponder System Catalog # $ Each

Transponder System for up to 10 cars NSL-RGN-01 $1,250

Above: Ten80 Race Rail SystemBelow: Transponder System

Startup YearA non-consumable CLUB or Turnkey CLASS kit is required in a team’s startup year to compete.

All CLUB and CLASS kits include entry into the National STEM League (NSL) Face-to-Face (F2F) Competition in the startup year*. The number of teams matches the number of stations in the startup kit.

For an additional fee teams can enter the Online NSL Points Race where students earn points for work done throughout the season and teachers/coaches earn valuable feedback from Ten80’s team.

Renewal YearsThe kit is reusable in years two and beyond. All that’s required to participate after a team’s startup year is the the annual registration fee. Annual registration provides continued access to the updated curriculum, ongoing support, entry into the NSL Face-to-Face Series and (optional) a discounted replacement car.

Teams enter the Online NSL Points Race for an additional fee.

Students own a racing team. Like the professionals, their team is a business that thrives only when individuals excel in jobs that range from engineering to 3D design to marketing and management. Their competitive car is electric, one-tenth the size of a typical stock car and remotely controlled.

COLLABORATE. CREATE. NOW COMPETE! T E N 8 0 S T U D E N T

Startup Year OptionsSee the catalog section on the Student Racing Challenge curriculum for details.

CLUB Base Kit

Curriculum Licenses NSL F2F Teams

Points RaceEducator Teams

1-Car 2 1 1

Addi

tiona

l Fe

e2-Car 2 2 2

4-Car 2 4 4

6-Car 2 6 6

CLASS Turnkey Kit



Home = 1-Car 2 5 1

Addi

tiona

l Fe

eSmall = 2-Car 2 10 2

Med. = 4-Car 2 16 4

Full = 6-Car 2 24 6

* If kit is purchased between August and February, the startup year is the current academic year. If purchased between March and summer, startup year is the subsequent academic year. Talk to us if you need to request something different.

Renewal Year OptionsCLASS

1. Depending on the number of students, choose Home, Small, Medium or Full CLASS.

2. Renewal includes one (1) F2F team, regardless of class size. Add F2F teams if you want more.

3. (Optional) Enter your 1st Online Points Race team then add teams if you want more.

CLUB

1. Enter your 1st F2F team.

2. Add F2F teams if you want more.


• Enterprise - Team Pitches & Business Plan Presentations

• Enterprise - Graphic Design

• Community Leadership

Competition CategoriesF2F categories are below. Online Points Race categories are too many to list. Check www.Ten80Education.com for more info.

• Head-to-Head Races: Oval & Roadcourses

• MODS! Drag strip or MODS! Robo RaCeCar

• Aerodynamic Design

• Data-Driven Design

Startup YearA non-consumable CLASS & CLUB kit is required in a team’s startup year to compete.

All CLUB and CLASS kits include entry into the National STEM League (NSL) Face-to-Face (F2F) Competition in the startup year*. The number of teams matches the number of stations in the startup kit.


Renewal YearsThe kit is reusable in years two and beyond. All that’s required to participate after a team’s startup year is the the annual registration fee. Annual registration provides continued access to the updated curriculum, ongoing support, entry into the NSL Face-to-Face Series and (optional) a discounted replacement car.


Students own a racing team. Like the professionals, their team is a business that thrives only when individuals excel in jobs that range from engineering to 3D design to marketing and management. Their competitive car is electric, one-eighteenth the size of a typical stock car and remotely controlled.

COLLABORATE. CREATE. NOW COMPETE!

Startup Year OptionsSee the catalog section on the Elementary Racing Challenge curriculum for details.

Base KitCurriculum Licenses NSL F2F

TeamsPoints RaceEducator Teams

1-Car 2 1 1

Addi

tiona

l Fe

e2-Car 2 2 2

4-Car 2 4 4

6-Car 2 6 6


Renewal Year Options1. Enter your 1st F2F team.





• Team Identity

• Car Body Design


• Head-to-Head Roadcourse Races

• Head-to-Head Oval Races

• Data-Driven Design (Engineering Logbook Review)

Startup YearTen80 offers the Robo Racecar kits and curriculum but they aren’t required to enter the National STEM League (NSL) Face-to-Face (F2F) Series. Any K-12 team with a robot that meets the design constraints can enter. Contact us for those constraints.

All AV kits include entry into the NSL F2F Series in the startup year*. The number of teams matches the number of stations in the startup kit.

To compete in the NSL Online Points Race, a Robo Racecar kit and small additional fee is required. Through the Online NSL Points Race students earn points for work done throughout the season and teachers/coaches earn valuable feedback from Ten80’s team.

Students own an autonomous vehicle (AV) company. Like the professionals, their team is a business that thrives only when individuals excel in jobs that range from engineering to 3D design to marketing and management. Their AV is challenged to navigate its way through a series of increasingly complex challenges based on the exploration or transportation technology.


Robo Racecar TechnologyThe Novice Robo Racecar is a beginner curriculum that uses the Micro:bit platform. The technology is an 1:16 scale car kit that students assemble. Handling of small parts is required, but soldering is not. The autonomous challenges mirror those of driverless cars that may soon dominate our neighborhood streets and highways.

The Advanced Robo Racecar is an add-on kit for the 1:10 scale Student Racing Challenge RC car. It is a more advanced kit that requires precise soldering and wiring to assemble the Arduino “brain”. This version includes a guide on how to assemble and code the AV, but it is not a full curriculum.

See the catalog section on the Autonomous Vehicle (AV) curriculum for details on kit options.






CLUB







AV Competition CategoriesOnline Points Race categories are too many to list. Check www.Ten80Education.com for more info. F2F categories include:

• Head-to-Head Events:

– Pre-Programmed

– Autonomous Rover or Autonomous Car


Renewal YearsThe kit is reusable in years two and beyond. All that’s required to participate after a team’s startup year is the annual registration fee. Annual registration provides continued access to the updated curriculum, ongoing support, and entry into the NSL Face-to-Face Series. An additional fee is required for entry into NSL Regional and National Finals.


Students own a UAV Company (UAV = Unmanned Aerial Vehicle, a.k.a. Drone) company. Like the professionals, their team is a business that thrives only when individuals excel in jobs that range from piloting, engineering, 3D design to marketing and management. Their UAV must tackle challenges of flight and navigation. Their creative ides on how to use UAV technology should open our minds to new possibilities.


Startup YearA non-consumable CLUB or CLASS kit is required in a team’s startup year to compete. All CLUB and CLASS kits include entry into the National STEM League (NSL) Face-to-Face (F2F) Competition in the startup year*. The number of teams matches the number of stations in the startup kit.


Renewal YearsMost of the kit is reusable in years two and beyond. Students will reverse engineer then modify one of their two UAV’s. A new UAV, flight controller set and annual registration fee is required to participate after a team’s startup year. Annual registration provides continued access to the updated curriculum, ongoing support, entry into the NSL Face-to-Face Series and (optional) discounted flight controller.


Startup Year OptionsSee the catalog section on the Student UAV Challenge curriculum for details. Each station includes two (2) UAV’s: one to fly and one to “hack.”

CLUB Base Kit



1-Station 2 1 1

Addi

tiona

l Fe

e2-Station 2 2 2

4-Station 2 4 4

6-Station 2 6 6

CLASS Turnkey Kit



Home = 1-Station 2 5 1

Addi

tiona

l Fe

eSmall = 2-Stations 2 10 2

Med. = 4-Stations 2 16 4

Full = 6-Stations 2 24 6






CLUB








• Head-to-Head Events that feature pilot agility and UAV design and engineering

• Aerodynamic Design


www.Ten80Education.com Ten80 2020-21 Catalog © 1080 Education Inc. 2020Page 1

Ten80 Education - Order FormThis form is just one way to order. Order online with a credit card at Ten80Education.com or submit a PO.

Order Email: [email protected] Fax: 518-533-3804 Toll Free Phone: 1-855-836-8033

Your InformationName: _______________________________________________________ Shipping Address: _________________________________

School/Org: __________________________________________________ ____________________________________________________

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By submitting this form, you are purchasing the following items with payment to be made by the method indicated. Please keep a copy for your records and send a signed copy with your PO or payment via email, regular mail or fax.

ACCEPTED AND AGREED BY: Signature: ______________________________________________________________ Date: __________________

Ten80 Secondary Programs Total $Student Racing Challenge

Student CompSci & AV Challenges

Student UAV Challenge

Registrations & Licenses Only

Professional Development *

Shipping & Handling (S&H) $ Each Quantity Total $S&H for a 1-Vehicle or Home/Small CS Kit $ 79

S&H for a 2-Vehicle Kit or Large CS Kit $129

S&H for a 4-Vehicle Kit $195

S&H for a 6-Vehicle Kit $258

S&H for a Booster or Medium CS Kit $ 48

S&H for 1st Team NSL Registration w/ item $ 30

S&H for Transponder System $ 48

S&H for Race Rail Sets (Ask us which one) 15% or 8%

10% S&H for all other items 10%

Total Order including S&H

How to Order Using this Form1. On the following pages, enter the quantity of each

item and the total owed for each program.

2. Enter the total owed for each program in this table.

3. Calculate the appropriate shipping & handling (S&H). Locate the product that matches those you’re ordering. Enter the quantity you’re ordering. Multiply to get the total shipping for that product(s).

4. Add it all together and enter the total order below.

* Contact Ten80 to develop a Professional Development plan.

5. Submit all marked-up pages by fax or email.

6. If your purchase includes access to Ten80’s curriculum and/or competition websites, register at www.Ten80Education.com/register.

www.Ten80Education.com.com

Ten80Education.com


www.nationalstemleague.com/ten80/register


2020-21 Ten80 Elementary RACING ChallengeElementary Racing CLUB Kits Catalog # $ Each Quantity Total $

Elementary Racing CLUB Startup KitsIncludes curriculum w/ support & option to compete in National STEM League competitions1-Car Elementary Racing CLUB Kit DS-56-BK1 $1,600

2-Car Elementary Racing CLUB Kit DS-56-BK2 $2,200



Elementary Racing CLUB Renewal optionsIncludes curriculum w/ support & option to compete in National STEM League competitions

Renewal for 1st Racing CLUB Team at a Site ERC-55 $400 Renewal for 1st Racing CLUB Team at a Site; includes replacement car ERC-51 $525Renewal for each Additional Racing CLUB Team ERC-52 $225

Elementary Racing CAMP Kits Catalog # $ Each Quantity Total $

Racing CLASS Startup KitsIncludes curriculum w/ support & option to compete in National STEM League competitions

2-Car Elementary Racing CAMP Kit DS-56-CP2 $2,200



Additional Student Curriculum Licenses (Startup or Renewal Years)

Additional Student Curriculum License for Elementary Racing CLASS ERC-65 $25

NSL Online Points Race (Startup or Renewal Years) Catalog # $ Each Quantity Total $

NSL Online Points Race & Evaluation Support for 1st Team at a Site ERC-95 $300

NSL Online Points Race & Evaluation Support for Each Additional Team ERC-96 $200



2020-21 Ten80 Student RACING Challenge (Secondary)Racing CLUB Kits Catalog # $ Each Quantity Total $

Racing CLUB Startup KitsIncludes curriculum w/ support & option to compete in National STEM League competitions1-Car Racing CLUB Kit SRC-BK-001 $1,690

2-Car Racing CLUB Kit SRC-BK-002 $2,300



Racing CLUB Renewal optionsIncludes curriculum w/ support & option to compete in National STEM League competitions

Renewal for 1st Racing CLUB Team at a Site SRC-55 $400 Renewal for 1st Racing CLUB Team at a Site; includes replacement car SRC-51 $525Renewal for each Additional Racing CLUB Team SRC-52 $225

Racing CLASS Kits Catalog # $ Each Quantity Total $

Racing CLASS Startup KitsIncludes curriculum w/ support & option to compete in National STEM League competitions

Home HIGH School CLASS Kit • 1-Year Course License for 2 educators + 5 students • 1-Car Turnkey Kit

SRC-TK-001 $3,000

Small HIGH School CLASS Kit • 1-Year Course License for 2 educators + 10 students • 2-Car Turnkey Kit

SRC-TK-002 $3,900

Medium HIGH School CLASS Kit • 1-Year Course License for 2 educators + 16 students • 4-Car Turnkey Kit

SRC-TK-004 $5,500

Full HIGH School CLASS Kit • 1-Year Course License for 2 educators + 24 students • 6-Car Turnkey Kit

SRC-TK-006 $7,250

Home Middle School CLASS Kit • 1-Year Course License for 2 educators + 5 students • 1-Car Turnkey Kit

SRC-TK-011 $3,000

Small MIDDLE School CLASS Kit • 1-Year Course License for 2 educators + 10 students • 2-Car Turnkey Kit

SRC-TK-012 $3,900

Medium MIDDLE School CLASS Kit • 1-Year Course License for 2 educators + 16 students • 4-Car Turnkey Kit

SRC-TK-014 $5,500

Full MIDDLE School CLASS Kit • 1-Year Course License for 2 educators + 24 students • 6-Car Turnkey Kit

SRC-TK-016 $7,250


Additional Student Curriculum License for High School Racing CLASS SRC-65 $25Additional Student Curriculum License for Middle School Racing CLASS SRC-75 $25Racing CLASS Renewal optionsIncludes curriculum w/ support & option to compete in National STEM League competitionsRenewal for Home High School CLASS = 5 Students SRC-61 $875

Renewal for Small High School CLASS = 10 Student SRC-62 $1,000 Renewal for Medium High School CLASS = 16 Students SRC-64 $1,150 Renewal for Full High School CLASS = 24 Students SRC-66 $1,350

Renewal for Home Middle School CLASS = 10 Students SRC-71 $875

Renewal for Small Middle School CLASS = 10 Students SRC-72 $1,000

Renewal for Medium Middle School CLASS = 16 Students SRC-74 $1,150

Renewal for Full Middle School CLASS = 24 Students SRC-76 $1,350


NSL Online Points Race & Evaluation Support for 1st Team at a Site SRC-95 $300

NSL Online Points Race & Evaluation Support for Each Additional Team SRC-96 $200



2020-21 Ten80 Student RACING Challenge (continued)Racing CAMP Kits (Secondary) Catalog # $ Each Quantity Total $

6-Car Racing CAMP Kit SRC-CK-006 $6,000

Print Pack for Racing CAMP (included in original camp kit purchase) SRC-PP-002 $300

Racing CAMP license (per camper)

Includes 20% off any additional Racing Materials & TechnologySRC-21 $ 15 / PERSON

Additional Materials & Technology (Secondary) Catalog # $ Each Quantity Total $

1-Car Booster (Additional Equipment & Tools Only) SRC-BK-003 $650

Replacement SRC-001 Car with 1800 mAh battery & transmitter (single car) SRC-001 $189

Replacement SRC-001 Cars: Set of two (2), each w/ 1800 mAh battery & transmitter SRC-001-02 $350

Replacement SRC-001 Cars: Set of four (4), each w/ 1800 mAh battery & transmitter SRC-001-04 $650

Replacement SRC-001 Cars: Set of six (6), each w/ 1800 mAh battery & transmitter SRC-001-06 $965

Replacement Carbon-Fiber Chassis: Set of two (2) SRC-04-02 $160

Replacement Carbon-Fiber Chassis: Set of four (4) SRC-04-04 $280

Replacement Carbon-Fiber Chassis: Set of six (6) SRC-04-06 $400

Energy Pack (2 batteries) SRC-06 $89

Power Pack (Battery Bundle + Smart Charger) SRC-26 $140

Wheel Pack (2 sets of replacement wheels) SRC-07 $98

Clear 1:10 Scale Car Body SRC-09 $35

Spare Parts Pack for one car (SRC-001 car) SRC-008 $198

Gear Set (2 spur & 2 pinion for SRC-001 car) SRC-005 $39

Hop-Up Kit for one car: Includes Aluminum parts & Carbon Fiber chassis SRC-003 $149

Hop-Up kit for one car: All Aluminum Upgrade SRC-003A $249

Robotic RaCecar - automate your car with Arduino kit SRC-29 $189

Chassis Geometry Setup System SRC-15 $189

Data Acquisition System SRC-16 $169

Spare / Replacement ESC (HPI brand, Tamiya connector) SRC-SFK15WP $72

Spare / Replacement ESC (stock brand, banana 4.0 connector) SRC-3018 $50

Spare / Replacement Servo (HPI brand) SF-10W $34

Spare / Replacement Servo (stock brand) HX-3CP $16

LED Show Focus Lesson, 3-Set EN-LED-003 $180

LED Show Focus Lesson, 6-Set EN-LED-006 $225

Make a Motor Focus Lesson, 3-Set EN-MM-003 $120

Make a Motor Focus Lesson, 6-Set EN-MM-006 $150

TOTAL RACING ORDER before S&H



2020-21 Autonomous Vehicle (AV) Challenge: Robo Racecar TechnologyAutonomous Vehicle, Robo Racecar CLUB Kits Catalog # $ Each Quantity Total $

Robo Racecar CLUB Startup KitsIncludes Curriculum w/ Support & F2F Competition 1-Car Robo Racecar CLUB Kit (1 F2F Team) MOB-BK-001 $1,750

2-Car Robo Racecar CLUB Kit (2 F2F Teams) MOB-BK-002 $2,500



Robo Racecar CLUB Renewal optionsIncludes Curriculum w/ Support & F2F Competition

Renewal for 1st F2F Robo Racecar CLUB Team at a Site MOB-55 $500 Renewal for each Additional F2F Robo Racecar CLUB Team MOB-52 $225

Autonomous Vehicle, Robo Racecar CLASS Kits Catalog # $ Each Quantity Total $

Robo Racecar CLASS Startup KitsIncludes Curriculum w/ Support & F2F Competition

Home HIGH School CLASS Kit (1 F2F Team) • 1-Year Course License for 2 educators + 5 students • 1-Robo Racecar Class Kit

MOB-TK-001 $1,900

Small HIGH School CLASS Kit (2 F2F Teams) • 1-Year Course License for 2 educators + 10 students • 2-Robo Racecar Class Kit

MOB-TK-002 $2,900

Medium HIGH School CLASS Kit (4 F2F Teams) • 1-Year Course License for 2 educators + 16 students • 4-Robo Racecar Turnkey Kit

MOB-TK-004 $4,800

Full HIGH School CLASS Kit (6 F2F Teams) • 1-Year Course License for 2 educators + 24 students • 6-Robo Racecar Class Kit

MOB-TK-006 $6,500


Additional Student Curriculum License for High School Robo Racecar CLASS MOB-65 $25Robo Racecar CLASS Renewal optionsIncludes Curriculum w/ Support & F2F Competition

Renewal for Home High School CLASS = 5 Students & 1 F2F Team MOB-61 $925

Renewal for Small High School CLASS = 10 Student & 1 F2F Team MOB-62 $1,100 Renewal for Medium High School CLASS = 16 Students & 1 F2F Team MOB-64 $1,200 Renewal for Full High School CLASS = 24 Students & 1 F2F Team MOB-66 $1,400

Renewal for Each Additional F2F Racing CLASS Team MOB-53 $225

Additional Materials Catalog # $ Each Quantity Total $

1-Station Robo Racecar Booster kit (No curriculum) MOB-BK-003 $700


NSL Online Points Race & Evaluation Support for 1st Team at a Site MOB-95 $300

NSL Online Points Race & Evaluation Support for Each Additional Team MOB-96 $200



2020-21 Ten80 Student COMPSCI Challenge (CS Only)Intro to CompSci (Physical Computing) Catalog # $ Each Quantity Total $

CompSci CLASS Startup KitsIncludes Curriculum & Support Home CLASS Kit • Annual Course License for 2 educators + 5 students• 3 × CS Team Kits (2 student sets & 1 educator)

CS1A-001 $1,290

Small CLASS Kit• Annual Course License for 2 educators + up to 10 students• 6 × CS Team Kits (5 student sets & 1 educator)

CS1A-005 $ 2,000

Medium CLASS Kit• Annual Course License for 2 educators + up to 16 students• 9 × CS Team Kits (8 student sets & 1 educator)

CS1A-006 $ 2,500

Full CLASS Kit • Annual Course License for 2 educators + up to 24 students• 13 × CS Team Kits (12 student sets & 1 educator)

CS1A-002 $3,250

CompSci CLASS Renewal options. Includes Curriculum & SupportRenewal for Home CS CLASS = 2 teachers & 5 students CS1A-60 $450

Renewal for Small CS CLASS = 2 teachers & 10 students CS1A-61 $650

Renewal for Medium CS CLASS = 2 teachers & 16 students CS1A-62 $800

Renewal for Full CS CLASS = 2 teachers & 24 students CS1A-63 $1,000

Additional Student Curriculum License for CS CLASS (Startup or Renewal) CS1A-65 $25

Replacement Materials Catalog # $ Each Quantity Total $

1-Station CompSci Booster Kit (materials only) CS1A-003 $190

2-Station CompSci Booster Kit (materials only) CS1A-0023 $350

12-Station CompSci Replacement Kit (materials only) CS1A-004 $1,900

TOTAL COMPSCI before S&H

Competition Kits: Race Rails & Transponder SystemsNational STEM League Competition Kits Catalog # $ Each Quantity Total $

Transponder System for up to 10 cars NSL-RGN-01 $1,250

Race Rail system, small (50 rails, 20 domes) NSL-RGN-02 $1,295

Race Rail system, medium (100 rails, 25 domes) NSL-RGN-03 $1,995

Race Rail system, large (150 rails, 40 domes) NSL-RGN-04 $2,995

Race Rail system, starter set (20 rails, 5 domes) NSL-RGN-05 $495

Domes, set of 5 NSL-RGN-10 $90

Domes, set of 10 NSL-RGN-11 $165

Fasteners, set of 110 NSL-RGN-12 $50

TOTAL COMPETITION KIT ORDER before S&H



2020-21 Ten80 Student UAV ChallengesUAV CLUB Kits Catalog # $ Each Quantity Total $

UAV CLUB Startup KitsIncludes Curriculum w/ Support & F2F Competition

1-Station UAV CLUB Kit, (1 F2F Team) UAV-BK-001 $2,100

2-Station UAV CLUB Kit, (2 F2F Teams) UAV-BK-002 $3,300



1-Station UAV Booster (Additional Equipment & Tools Only) UAV-BK-003 $950 UAV CLUB Renewal optionsIncludes Curriculum w/ Support & F2F CompetitionRenewal for 1st F2F UAV CLUB Team NSL-UAV-55 $500

Renewal for 1st F2F UAV CLUB Team and new Flight Controller NSL-UAV-51 $800

Renewal for each additional F2F UAV CLUB team NSL-UAV-52 $225

"UAV CLASS Kits Catalog # $ Each Quantity Total $

UAV CLASS Startup KitsIncludes Curriculum w/ Support & F2F Competition

Home UAV School Class Kit (1 F2F Team) • 1-Year Course License for 2 educators + 5 students • 1-Station UAV Turnkey Kit"

UAV-TK-001 $2,400

Small UAV School Class Kits (2 F2F Teams) • 1-Year Course License for 2 educators + 10 students • 2-Station UAV Turnkey Kit"

UAV-TK-002 $3,600

Medium UAV School Class Kits (4 F2F Teams) • 1-Year Course License for 2 educators + 16 students • 4-Station UAV Turnkey Kit"

UAV-TK-004 $6,100

Full UAV School Class Kits (6 F2F Teams) • 1-Year Course License for 2 educators + 24 students • 6-Station UAV Turnkey Kit"

UAV-TK-006 $8,700


Additional Student Curriculum License for UAV CLASS UAV-65 $25

UAV CLASS Renewal options Includes Curriculum w/ Support & F2F Competition for 1 F2F Team

Renewal for Home UAV Class = 5 Students (1 NSL F2F Team) UAV-61 $925

Renewal for Small UAV Class = 10 Students (1 NSL F2F Team) UAV-62 $1,100

Renewal for Medium UAV Class = 16 Students (1 NSL F2F Team) UAV-64 $1,200

Renewal for Full UAV Class = 24 Students (1 NSL F2F Team) UAV-66 $1,400

Renewal for Each Additional F2F UAV Team UAV-53 $225


NSL Online Points Race & Evaluation Support for 1st Team at a Site UAV-95 $300

NSL Online Points Race & Evaluation Support for Each Additional Team UAV-96 $200

TOTAL UAV CHALLENGE ORDER before S&H


· 2020-21 ten80 catalog contents. [email protected] . 2020-21 catalog version 1: 20200723....

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