A TikTok video captured a Tesla Cybertruck failing to pull a loaded boat trailer up a ramp, stopping after just eight seconds. The electric pickup needed help from another truck to reach the top. It’s a dramatic scene—but it’s also a crash course in the physics of towing that no amount of electric torque can override.

The incident, detailed by AOL and AOL Canada, shows the futuristic truck struggling on a concrete-and-gravel incline before a conventional pickup pulls the entire combination uphill. For a vehicle marketed on unyielding utility, the optics are brutal. But the real story goes deeper than the viral clip, raising urgent questions about how electric trucks should be set up, driven, and judged when the pavement ends.

A Few Seconds of Trouble

The video opens calmly. A Cybertruck, hitched to a large gray boat trailer, begins moving up a marina ramp. Onlookers watch from the boat and the shore. For the first several seconds, the truck makes measured progress. Then momentum vanishes.

According to the reports, the Cybertruck stops moving forward about eight seconds into the attempt. After an edit, it’s moving again—but not under its own power. A second pickup, described alternately as a Ram or a Ford F-150, is connected ahead of the Cybertruck and pulls the disabled combination uphill.

The ramp surface is key. Descriptions mention an uneven mix of concrete, gravel, and stone slabs—far from a clean, dry test track. That detail matters because it turns a headline-grabbing failure into a lesson about traction, setup, and the difference between what a truck is rated to tow and what it can actually move.

The Numbers Game: Rated Capacity vs. Real-World Traction

Tesla lists a maximum towing capacity of 11,000 pounds for the all-wheel-drive Cybertruck with 20-inch wheels. The owner’s manual also specifies a maximum tongue weight of 1,100 pounds and recommends tongue weight equal to about 10% of total trailer weight. Those figures are competitive with traditional full-size pickups. But a rating is a capacity, not a promise.

Towing uphill on a loose or slick surface exposes the most overlooked variable: traction. A truck can have abundant motor power and still go nowhere if its tires can’t transmit force to the ground. Boat ramps are especially punishing because the surface can transition from dry pavement to material contaminated by water, algae, silt, or marine residue. Even a shallow incline becomes a challenge when the trailer load pushes the limits of available grip.

The video doesn’t reveal the trailer’s true weight. Hull construction, engine type, fuel, equipment, and people on board can nudge mass well past a dry-weight estimate. Loading balance matters, too—too little tongue weight invites instability, while too much can unload the front axle and reduce steering and traction. Tesla’s towing guidance explicitly warns that passengers and cargo in the Cybertruck further reduce allowable tongue weight.

Tires are the final piece of the puzzle. A tire optimized for highway efficiency may behave very differently on a wet ramp than one designed for mud or snow. Tesla’s manual requires adjusted tire pressures for towing and warns against using a faulty or temporary spare when towing. The viral footage offers no details about the Cybertruck’s tire choice, condition, or pressure.

Software Can’t Defy Physics

Modern EVs bring software into towing. The Cybertruck offers trailer profiles and a dedicated Trailer Mode, which Tesla says should always be active when towing. The system can adjust vehicle behavior, aid energy estimation, and recognize a trailer’s electrical connection. But no user interface setting can convert loose gravel into grippy pavement or magically lighten an overloaded trailer.

A less obvious limitation: Tesla’s service documentation states that Off-Road Modes and Trailer Mode cannot be enabled simultaneously. On a boat ramp that’s part pavement and part loose stone, a driver might want both rugged-surface traction aids and towing-specific settings. The video doesn’t show which modes were active, but the conflict underscores a larger truth—software is a tool, not a substitute for proper preparation.

Even with Trailer Mode active, the Cybertruck still must satisfy the same physical demands as any tow vehicle: sufficient traction at the driven wheels, correct weight distribution, appropriate tire inflation, and a trailer within its real-world limits. Tesla’s own towing documentation is sober about the risks, warning of reduced steering, stability, braking, and turning performance when towing.

The Perception Problem

The boat-ramp stumble didn’t happen in a vacuum. Earlier this year, YouTuber Zack Nelson of JerryRigEverything conducted a high-force tow-hitch stress test that caused a Cybertruck’s rear structure to fail under extreme vertical loading. The test intentionally exceeded the truck’s rated tongue weight, and multiple outlets noted that the loading case differed from conventional towing. But the viral video revived the conversation about whether the Cybertruck’s unconventional construction inspires confidence.

Separately, Tesla announced a voluntary recall in March 2025 covering certain 2024 and 2025 Cybertrucks for a stainless-steel cantrail panel that could delaminate and detach. While that recall has nothing to do with towing traction, it contributes to an environment where every misstep gets amplified. A product with a long-established reputation for ruggedness might earn more benefit of the doubt in a vague viral clip. The Cybertruck, polarizing by design, gets less.

A Pre-Tow Checklist for EV Owners

For Cybertruck owners—and anyone towing with an electric truck—the takeaway isn’t “don’t tow.” It’s that towing a heavy trailer demands more than selecting a drive mode. Before heading to the ramp, run through these steps:

  • Verify actual trailer weight. Don’t rely on the boat’s dry weight. Include the trailer, fuel, batteries, water, gear, and any cargo. A scale ticket is worth the effort.
  • Check tongue weight and balance. Aim for Tesla’s 10% recommendation while staying under the vehicle’s limit. Improper balance can undermine both traction and control.
  • Use Trailer Mode and create an accurate trailer profile. Tesla says Trailer Mode should be active while towing, and the vehicle’s energy estimates depend on correct trailer information.
  • Inspect tires and set towing pressures. Tire condition, type, and inflation are fundamental to heavy-load traction. Tesla’s owner manual provides specific towing tire guidance.
  • Assess the ramp before committing. Look for loose gravel, standing water, algae, mud, ruts, and limited turnaround space. If you’re unsure, a safe retreat beats a recovery operation.
  • Avoid sudden throttle inputs. When traction is marginal, aggressive acceleration can turn manageable wheel slip into a complete loss of forward progress.
  • Have a recovery plan. Carry a recovery strap, know your attachment points, and have a capable second vehicle on standby. Tesla’s transportation guidance cautions against using the trailer hitch to tow a disabled Cybertruck; consult the manual for proper recovery procedures.

The Road Ahead

The Cybertruck will continue to be judged by what it does in the messy, unpredictable corners of real-world use. This single video doesn’t invalidate Tesla’s towing ratings, but it delivers a forceful reminder: a spec-sheet number is only the starting line. For electric trucks to win over buyers who tow boats, horses, or equipment, they’ll need to prove themselves on gravel, slime, and uneven grades—exactly the places where today’s internal-combustion trucks have spent decades building trust.

Tesla’s next moves will matter. Clearer communication about towing setups, more prominent tire and traction guidance, and possibly software updates that better integrate off-road and towing aids could all help. For now, owners hold the most important tool: a thorough checklist and a healthy respect for physics.