GVM Upgrade built for everything
Whether loading up for work, or heading out on an outback adventure, Gross Vehicle Mass (GVM) should always be front of mind. Operating a vehicle outside of GVM limits is not only illegal, it can be extremely dangerous.
These vehicle-specific 4×4 GVM upgrades in Singleton are designed to reliably outperform expectations for many years to come, and are the result of Multidrive Technology’s philosophy of conservatism and high-quality componentry, combined with the backing of first-class engineering and homologation
Frequently Asked Questions
A GVM upgrade is a modification that enhances the Gross Vehicle Mass (GVM) rating of a 4×4 vehicle, enabling it to bear heavier loads and proving to be useful for people who transport substantial cargo regularly. Multidrive Technology is a specialist in 4×4 GVM upgrades in Singleton, with a team of engineers dedicated to creating dependable upgrades that go beyond expectations. Our upgrades use only top-quality components, and all our work is supported by first-class engineering.
The cost of a 4×4 GVM upgrade in Singleton will vary depending on the nature of the modification required. However, you can rest assured that at Multidrive Technology, we always offer competitive pricing without compromising quality or safety.
A lift kit and a GVM upgrade are different. A lift kit simply raises the 4×4 vehicle’s suspension, while a GVM upgrade increases the weight that the 4×4 can safely carry while adding overall height and clearance.
If you frequently transport heavy loads in your 4×4, then a GVM upgrade may be worth considering. Multidrive technology offers quality GVM upgrades in Singleton that are designed to exceed expectations. Our team of engineers only use high-quality components, so you can be sure that your 4×4 is in good hands.
Multidrive offers a range of upgrades that can be used to increase the GVM of a vehicle. These upgrades include suspension upgrades, axle upgrades, and chassis reinforcements. Multidrive’s solutions are designed to improve the performance, safety, and reliability of vehicles, while also providing a cost-effective way to increase their carrying capacity.