Information
2025 BYD e-Chassis RC-S4 Stripped Chassis
The Adaptable e-ChassisCutting-edge modular platforms engineered for versatility and performance. Designed with a future-forward approach, it supports a wide range of vehicle types and applications – from personal mobility to commercial transport.
Features may include:
One platform. Infinite possibilities.RIDE e-Chassis are multifaceted, providing an extensive array of customization possibilities to meet your individualized specifications.
U.S. AssembledFinal assembled in Lancaster, CA by members of SMART (Sheet Metal, Air, Rail and Transportation) Local 105 Union
Safety Testing- Batteries pass through rigorous testing including impact, collision, vibration, short circuit, puncture and fire tests
Battery-Electric- Committed to a sustainable, zero-emission future by utilizing lithium iron phosphate (LFP) technology
Powered by Blade Battery- Advancing Lithium Iron Phosphate battery technology is a priority at RIDE, delivering the highest standards for longevity, reliability and safety. These powerful batteries store enough energy for any workday.
RIDE Energy Batteries- The safest in the industry. Lithium Iron Phosphate (LFP) batteries backed by a 12-year warranty.
World’s safest battery- RIDE’s Lithium Iron Phosphate Battery Systems are designed and manufactured to provide safe, consistent and reliable energy in the most demanding applications.
Battery Safety- Pioneering the next revolution in battery technology. RIDE’s Lithium Iron Phosphate (LFP) battery provides the longest lifetime to customers.
- Environmentally friendly – No heavy metals or toxic chemicals
- Long life – After 10,000 cycles, the battery retains 70% of its original capacity which enables us to provide a 12-year battery warranty
- Safe – Tested in the most extreme conditions with reliable operation from – 40° F to 140° F
Battery Technology- RIDE’s Lithium Iron Phosphate chemistry was originally designed for utility-scale energy systems that require up to 30 years of service.
- This extremely stable and reliable battery chemistry is capable of cycling thousands of times with minimal degradation, making it ideal for powering battery-electric buses.