TOWING: EV VS. GAS ENGINE
Gas trucks rely on combustion engines that hit peak power higher in the RPM range. EVs are different — they deliver max torque instantly. That means pulling a trailer with Slate will feel stronger off the line than a similar-spec gas-powered vehicle, even if the tow rating is modest.
But EV towing has a few unique considerations:
1. BATTERY SIZE AND RANGE
Towing pulls more energy from the battery — just like it burns more fuel in a gas truck. Depending on trailer weight, shape, and speed, range can decrease because the vehicle is pushing more drag and weight.
- Heavier loads = more energy consumption
- High speeds increase aerodynamic drag
- Hills and elevation changes draw more power
The Slate is designed for real-world use cases and daily utility, so its towing capacity is tuned around preserving range and ensuring predictable performance.
2. MOTOR AND DRIVETRAIN
Because the Slate is rear-wheel drive, its tow rating is optimized around traction, stability, and thermal limits. EV motors generate torque instantly, which is great for pulling — but sustained towing creates heat, and EVs need to protect motors, inverters, and battery systems from overload.
3. REGENERATIVE BREAKING
One of the biggest advantages of EV towing is regen braking. With a load behind you:
- The motor can recapture more energy going downhill
- Braking distances can feel more controlled
- You reduce wear on physical brakes
But regen has limits at higher speeds or with very heavy loads, which is why total tow capacity is carefully balanced.
4. WEIGHT DISTRIBUTION AND HITCH DYNAMICS
EVs carry more weight low in the chassis thanks to the battery pack. That helps stability, but tongue weight, trailer sway, and hitch setup still matter just like in any gas truck.
