While EVs are regarded for their sustainability, they introduce several operational hurdles for towing professionals:
1. Heavier Vehicles – EVs carry large, dense batteries, weighing significantly more than ICE powered vehicles.
2. Specialised Recovery Needs – Sensitive electrical systems and non-traditional drivetrains add to towing and damage risks.
3. Charging Challenges – EVs that run out of battery require tows to charging stations.
4. Training Requirements – EV’s carry risks, such as the potential for EV damage, plus high-voltage safety and battery hazards.
These challenges highlight the importance of operating with the right tools. Designed and manufactured in the USA, Collins Dollies are purpose-built for EV’s by:
Engineering for Heavier Loads. Collins Dollies handle the increased weight and varying wheel sizes of EVs without compromising safety or performance.
Damage Free.
Designed to lift and recover EVs without damaging electric drivetrains, motors, or battery components.
Delivering Superior Operator Safety
The Collins Safety Rachet System safely and comfortably raises heavy vehicles on gravel, slippery surfaces, slopes, snow and ice. Collins Dollies keeps operators safe from harm and slipping grips and provide a secondary safety system to prevent the vehicle from dropping.
Fast Deployment.
Quick assembly and easy handling save time on every job.
Compact Footprint.
Ideal for use in confined areas where traditional tow trucks may struggle.
Providing a flatbed Alternative.
When space or access is restricted, or a flatbed simply is not an option, Collins Dollies provide a swift, effective recovery method.
Fast, On-the-Spot Recovery.
Perfect for flat EV battery scenarios or vehicles stranded in hard-to-reach areas.
Future-Proof Design.
Built with evolving vehicle trends in mind, ready for today’s EVs and tomorrow’s advancements.
Collins Tow Dollies and Collins Carrier Dollies uses smart mechanical engineering to make dolly deployment swift and safe. Perfect for EVs, AWDs, and tight roadside recoveries where time and precision matter.