Class 1 Tanker Driver

Driver Hire Worcester; Hereford; On-site; GBP 24,000 - 34,000; Full time

Benefits offered by this job

Weekly pay

Pension scheme

Refer a friend bonus

Job summary

Driver Hire Worcester is recruiting experienced Class 1 (C+E) drivers for ongoing work operating non-hazardous vacuum tankers in Ledbury (HR8).

Shifts are 12 hours, 4 days on, 4 days off, with flexible patterns and weekly pay. Days and weekend rates available, including holiday pay and pension scheme, plus a refer a friend bonus.

Qualifications

• Full UK Class 1 (C+E) licence.
• Minimum 12 months on licence.
• Valid CPC and Digital Tachograph Card.
• No more than 6 minor points.
• Good knowledge of drivers' hours and WTD regulations.
• Good geographical knowledge.
• Professional and reliable approach.

Skills

Knowledge of drivers' hours and WTD

Geographical knowledge

Professional and reliable

Education

Class 1 (C+E) licence

CPC and Digital Tachograph Card

Job description

Class 1 Tanker Driver - Ledbury -HR8

£17.50-£24.99 per hour | Flexible Shifts | Ongoing Work

Driver Hire Worcester is recruiting experienced Class 1 (C+E) Drivers for ongoing work operating non-hazardous vacuum tankers.

With local tipping, excellent rates and flexible shifts available 7 days a week, 12 hour shifts, 4 days on, 4 days off this is a great opportunity if you're looking for full-time hours.

What's on offer?

• Days: £17.50 per hour | £19.61 including holiday pay
• Saturday: £19.20 per hour | £21.52 including holiday pay
• Sunday: £22.30 per hour | £24.99 including holiday pay
• 12 hour shifts, 4 days on, 4 days off
• Minimum 8 hours paid per shift
• Local tipping
• Various shifts available across 7 days
• Full-time and part-time opportunities
• Weekly pay
• Pension scheme
• Refer a friend bonus

What you'll need:

• Full UK Class 1 (C+E) licence
• Minimum 12 months on licence
• Valid CPC and Digital Tachograph Card
• No more than 6 minor points
• Good knowledge of drivers' hours and WTD regulations
• Good geographical knowledge
• Professional and reliable approach