Cybertruck Driver Tests “Wade Mode” in Grapevine Lake, Test Ends with Bricked Truck & Driver in Jail.

Cybertruck Driver Tests “Wade Mode” in Grapevine Lake,... #cybertruck #tesla #boatmode #swastikar

https://fedia.io/m/[email protected]orld/t/3902051

Wade Mode is a feature in the Tesla Cybertruck that allows it to drive through shallow water by raising the suspension and pressurizing the battery to protect it from water and debris. It is designed for use in bodies of water up to approximately 32 inches deep at slow speeds of 1-3 mph.

32 inches

That’s 81cm. Up to! That means, you need to stay below that. Since no natural body of water has completely even ground this effectively means if deeper than knee-deep you risk your battery exploding.

Something I’m sure any normal truck could handle without an extra mode.

I mean EVs are better of course, but why make a truck that is too low and probably has the battery at the bottom like normal Teslas do… Why, oh why, Elon. Choke on your stupid business decisions and unsold bad quality products.

Normal trucks can wade water as high as their air intake, which usually is above one of the front wheels, inside the fender. You can go a bit above that for short distances if you keep a good momentum and create a wave in front of you, but that’s risky.

Of course modern trucks, having turned from work to luxury vehicles, may have issues.

air intake, which usually is above one of the front wheels, inside the fender.

That sounds wrong. Even on my normal car it’s at the top of the whole engine compartment, thus slightly higher than inside the fender, and less likely to get water sprayed.

If you search “truck snorkel” images, where the tube starts on the outside is where the air filter intake is.
@Damage The top of the snorkel is obviously much higher than the air filter, as it's much higher than the hood, which the filter is under. The point where the bottom of the snorkel penetrates the fender MIGHT be the same height, but it really just connects to another hose on the inside, which usually runs UP to the filter. The filter is most commonly on top of the motor.