HGV Class 2 Recovery Driver | Temp-to-Perm

Igloo Ltd; Newark and Sherwood; On-site; GBP 17,000 - 22,000; Full time

Benefits offered by this job

Company pension

Onsite parking

Weekly pay during temporary period

Job summary

Igloo Ltd. is recruiting an experienced HGV Class 2 Recovery Driver for a busy automotive operation in Long Bennington.

The role involves collecting and recovering vehicles from customer sites and transporting them back to the Long Bennington site, using a 5-tonne flatbed recovery truck with a winch. The candidate will work across a typical 100-mile radius, with flexible finishing times required by operational demands.

Qualifications

• Valid HGV Class 2 licence is required.
• Valid CPC and Digital Tachograph Card.
• Previous experience as an HGV Class 2 Driver is essential.
• Experience with flatbed recovery and winch is desirable.
• Excellent communication and customer service skills.
• Professional and reliable with flexible finishing times.

Responsibilities

• Collect and recover vehicles from customer sites within approximately a 100-mile radius.
• Load vehicles safely onto a 5-tonne flatbed recovery truck.
• Use a winch to assist with loading where required.
• Transport vehicles back to the Long Bennington site.
• Carry out daily vehicle checks and report any defects.
• Complete relevant paperwork accurately and professionally.
• Represent the company professionally when dealing with customers and clients.

Skills

HGV Class 2 Licence

Driver CPC & Tachograph

Flatbed recovery experience

Winch operation

Customer service

Reliable & professional

Flexible finishing times

Job description

Igloo Ltd. is recruiting an experienced HGV Class 2 Recovery Driver for a busy automotive operation in Long Bennington.

The role involves collecting and recovering vehicles from customer sites and transporting them back to the Long Bennington site, using a 5-tonne flatbed recovery truck with a winch. The candidate will work across a typical 100-mile radius, with flexible finishing times required by operational demands.