Unleash innovation with the fastest 1:20-scale hydrogen car in the world. Our H2GP Sprint Car Kit includes everything students need to create their own hydrogen before using it to power their lightning-fast, 1:20 scale SPRINT car. Once your students familiarize themselves with the technology, encourage them to create and build their own car from scratch and then use the Fuel Cell and motor to power it. Curriculum Our one-of-a-kind SPRINT Car Kits are complemented by an innovative curriculum delivering an understanding of not only hydrogen fundamentals and fuel cell electrical systems, but also the basic laws of physics, collecting experimental data and discovering core scientific principles. After students build their very own hydrogen car, the curriculum offers them an extended course to test their prototype, investigate different solutions and measure the impact of these solutions using real-time data. After they refine their design, students are able to continually innovate, updating their car design to get the best possible track times against their peers. Pair with the curriculum here or get an all inclusive Classroom Pack!
Unleash innovation with the fastest 1:20-scale hydrogen car in the world. The H2GP SPRINT classroom pack is your complete classroom solution, allowing 12-24 students to dive into the thrilling world of hydrogen racing. Using the six included fuel-cell electric SPRINT cars, your students will work in teams to design the fastest car possible before testing their vehicles on our super portable practice track. The classroom pack also includes unique code to access our full SPRINT curriculum for 12 months, which teaches students the fundamentals of hydrogen, fuel cell electrical systems, physics, and data collection and evaluation. Concepts covered:
- Chemistry - Reactions: Catalytic and Redox, Alternative Energy Sources
- Physics - Laws of motion, Electricity, Data evaluation
- Earth/Environmental Science - Human Impacts on Global Climate Change, Alternative Energy Sources
Explore the future of sustainable energy with our hydrogen fuel cell course! This comprehensive curriculum empowers students to investigate greenhouse gases, carbon emissions, and the different methods of hydrogen production. They'll also get hands-on experience in understanding how fuel cells work and their environmental benefits, particularly in the realm of sustainable transportation. Utilizing higher-order thinking skills, students will engage in the design optimization of a fuel-cell-powered kart. With a blend of interactive presentations, research activities, and assessments, this course offers a holistic understanding of the environmental benefits of hydrogen fuel cells and the important role they can play for a greener future. This innovative curriculum covers 30+ hours of classroom time, giving students an understanding of hydrogen fundamentals, climate change, and fuel cell electrical systems. The curriculum is a perfect complement to our hands-on SPRINT kits that provides students with a comprehensive understanding of hydrogen production, storage, and use. Also included in our Classroom Packs. Course Outcomes:
- Decode the relationship between greenhouse gases and climate change
- Critically evaluate various methods of hydrogen production
- Explore the science behind electrolysis
- Understand the mechanics and benefits of hydrogen fuel cells
- Assess the environmental and sustainable advantages of fuel cell technology
Bring hydrogen racing to any location you can imagine. Our lightweight, on-demand 10m practice track allows you to race SPRINT cars literally anywhere – a school gym, a classroom tabletop, or even down the hallway. The track is made from durable and flexible materials, meaning it’s built to withstand anything kids put it through. To bring hydrogen racing to any location imaginable, simply roll up the track for a quick, easy storage and transport solution. Please note the car and track are sold separately.
The Solar Hydrogen Science Kit lets students invent their own clean energy applications using fuel cells and renewable hydrogen created using solar energy and water. The kit also comes with a small electric motor and propeller blade as the starting point for motorized applications you can build using your futuristic solar energy storage device. The set comes with a complete curriculum on renewable energy with easy to follow experiment manual, assembly guide, flash animations, and background history on the technology.
Horizon’s Vertical Axis Wind Turbine Science Kit is the most comprehensive wind energy educational product on the market today. It allows students to explore simple wind turbine design by providing 3 different blade position combinations. Students can also design their own blades.
- 3 different blade configurations
- More than 25 hours of activities covering physics and earth/environmental science
- Discover cutting-edge wind turbine technology
With the Wind Energy Science Kit, you can build a miniature power generation system that converts wind into electrical energy. Experiment with the pitch (angle setting) of turbine blades and find out the optimum number of blades for generating electricity. Nine blades, with three types of profiled blade based on NASA aeronautics and one type of poly-propylene sheet blade, provide the opportunity to find the perfect balance of wind resistance, weight, and angle.
What can you do with the DIY Fuel Cell Science Classroom Pack? Whatever you can dream up. Everything you need to split water and use its hydrogen to generate electricity is included. What that electricity powers is up to you. Use the included activity guide or come up with your own ideas! How will you shape the future of energy?
What can you do with the DIY Fuel Cell Science Kit from Horizon? Whatever you can dream up. Everything you need to split water and use its hydrogen to generate electricity is included. What that electricity powers is up to you. Use our included activity guide or come up with your own ideas. How will you shape the future of energy?
The Energy Box provides a complete understanding of how fuel cell technology interacts with renewable energy sources to create an entirely sustainable power grid. Solar power, wind energy, kinetic energy from a hand crank and a demonstration of the incredible storage potential of a super capacitor.
Experience the automotive technology of the future by building and driving your own hydrogen fuel cell car. The latest generation of the H-racer, H-Racer 2.0, allows you to watch the process of electrolysis and the conversion of hydrogen into electrical energy!
Hydrocar introduces students to the hybrid technology that is fueling today’s automotive revolution! Hydrocar demonstrates a complete, clean-energy system with solar to hydrogen power generation. Powered by electricity from sunlight, the reversible fuel cell illustrates the principles of water electrolysis, separating hydrogen from water and then recombining these elements to create power in an extremely efficient process. The car can also steer independently to avoid running into obstacles.