POWER BEGINS
WITH THE SUN.
The solar array supplies energy to the vehicle while the electrical system manages generation, storage, protection, and distribution.
TCHS HELIOTECH
Temple City High School students design, manufacture, program, integrate, test, and race solar-powered vehicles.
Explore the vehicleWe learn engineering by building something that has to work outside the classroom.
Electrical decisions affect packaging. Mechanical decisions affect wiring. Software determines what the driver sees. Every subsystem eventually meets at the vehicle.
About HelioTechLoading full HelioTech assembly.
models/heliotech-car-fixed.glb
The solar array supplies energy to the vehicle while the electrical system manages generation, storage, protection, and distribution.
Custom electronics connect vehicle controls, sensors, driver displays, power systems, and telemetry across the car.
Vehicle information is collected and presented to the driver so operating decisions can be made while the car is moving.
Electrical, mechanical, structural, software, and race operations become one system when the vehicle reaches the road.
Different engineering disciplines connected through one vehicle.
Solar generation, battery storage, protection, monitoring, and power distribution.
Custom control boards, sensors, communications, driver interfaces, and telemetry.
Chassis, steering, suspension, braking, packaging, and physical integration.
Vehicle information moves from sensors to controllers, displays, and engineering analysis.
HelioTech earned its second consecutive Cruiser Division championship.
The team's first division title established the foundation for the next generation of vehicles.
Support gives students access to manufacturing, electronics, materials, testing, and tools needed to turn engineering into a real vehicle.
Support HelioTech