1/5

Sealey Trolley Jack 4 Tonne Low Profile Rocket Lift Red 4040AR

Name: Sealey Trolley Jack 4 Tonne Low Profile Rocket Lift Red 4040AR
Brand: SEALEY
SKU: 4040AR
Price: 285.94 GBP
Availability: InStock
Rating: 4.5 (2 reviews)

Sold by First for DIY

Product information

Description

General description

The Sealey Trolley Jack 4 Tonne Low Profile Rocket Lift in red is designed for efficient lifting with a low entry range. It features a single piece hydraulic unit with a heavy base design and a large jacking saddle for increased load stability. The Rocket Lift mechanism allows the lifting arm to make contact with the jacking point in minimal strokes, enhancing efficiency.

Technical specifications

Lifting Capacity: 4 Tonne

Minimum Saddle Height: 100mm

Maximum Saddle Height: 533mm

Nett Weight: 44kg

MPN: 4040AR

EAN: 5054511480719

Compatibility and accessories

Magnetic tray for storing loose wheel nuts and fittings

Installation

Protective jack handle sleeve to prevent accidental damage to car bodywork during operation

Usage

Polyurethane wheels for smoother maneuverability and to help prevent damage to workshop floors

Universal joint release mechanism for safer, more controlled lowering of the jack

Other information

Sealey Trolley Jack 4 Tonne Rocket Lift Red

3 Year Guarantee*

Features

Brand
SEALEY
Maximum load
4000 kg
Warranty
1 year(s)
Lifting capacity
4 t
Colour
Red

Customer reviews

4,5

/ 2 Reviews

Reviews verified by ManoMano

MManoMano Customer

Published on 06/09/2022, United Kingdom

The jack was bigger and heavier than expected but it works really well and most importantly slides under my low car perfectly

DDavid

Published on 19/03/2021, United Kingdom

Very good quality and value. Can’t fault it!

Advice from

Jack buying guide

If you're into mechanics, you'll know just how often you need to get under a vehicle! However, it's essential to ensure your safety when working. This is why you need a decent jack! Mechanical, hydraulic or pneumatic, let us take you through the lifting solutions available to you.

Read our guide

You are here: