Get dead EVs
on the trailer. Fast.
A dead EV can’t drive onto your flatbed — and winching one is slow, risky work. The DC2 connects in seconds via CCS2 or Type 2 and pushes charge straight into the traction battery, true DC/DC. Enough to drive on in minutes, in a 15 kg case.
Pilot program for recovery operators · one launch email, no noise
Connect. Boost.
Drive on.
Modular connector system — CCS2 or Type 2, swapped in seconds, so one box covers the whole fleet you’ll meet on the road.
Direct battery-to-battery: no inverter warm-up, no generator idling on the shoulder. A modern EV needs 2–3% to wake up and drive onto the bed under its own power.
Connect
CCS2 or Type 2 — modular connectors swap in seconds. Plug into the vehicle’s charge port.
Boost
1% per 2 minutes, straight into the traction battery. 2–3% is enough to wake the drivetrain.
Drive on
The vehicle loads itself onto the bed under its own power. No winch, no locked wheels.
One roadside recovery, timed
EV stranded at 0% on the shoulder. Winching versus boosting with the DC2.
Minutes from arrival to secured load
Why it matters
- Less roadside exposure. Every minute on the shoulder is risk — for the operator and the traffic queue behind.
- No dead-vehicle handling. Locked wheels, dead steering and parking pawls make winching EVs slow and damage-prone.
- One box, every EV. Modular connectors — CCS2 or Type 2 — cover virtually every EV on European roads.
Half the time on scene, none of the winching risk. The DC2 turns a dead EV into one that loads itself.
Assumptions: modern EV drive-ready at 2–3% SoC, DC2 at 1% per 2 minutes, typical winch recovery 10–15 minutes on scene.
Put a DC2 on your truck.
Leave your email and we’ll send pilot pricing and launch timing for recovery operators and fleets. One email, no noise.
No payment now. We confirm your place in the pilot by email.
DynoCorp is a Mattr company. Specifications are preliminary and may change before launch.


