MPN: SCV5

STAUN TYRE DEFLATORS ARE THE EASIEST, MOST ACCURATE WAY OF DECREASING YOUR VEHICLE'S TYRE PRESSURE. THEY ARE THE MOST SUPERIOR, HIGH QUALITY, FULLY GUARANTEED DEFLATORS AVAILABLE ON THE MARKET.

There are several benefits of deflating your tires to a lower pressure that extend beyond generally improving your vehicle's overall performance.

THESE BENEFITS INCLUDE:

INCREASING YOUR VEHICLE'S TRACTION

A 25-30% decrease in tire pressure will yield up to 250% improvement in traction, by increasing the depth and width of the tire on the surface.

INCREASING THE FOOT PRINT

MINIMIZING ENVIRONMENTAL DISRUPTION

An inflated tire will leave a noticeably more significant imprint on the terrain it is crossing, which can be reduced by simply reducing the tire pressure. This works to protect and conserve our natural environment, meaning everyone can enjoy the off-road experience in the future.

IMPROVED ABILITY TO TRAVEL ON SOFTER SURFACES

The bigger the footprint, the softer the surface you can travel on as the weight of the vehicle is distributed over a larger surface area. When tires have very little or no traction they have a greater chance of getting bogged down or stuck in the surface or terrain that they are being driven through.

REDUCING RESISTANCE TO OBSTACLES

Tests have shown a 40% improvement in overcoming obstacles at lower tire pressures, due to the low pressure tires being able to contort over the obstacle. Therefore the drive becomes a less bumpy, much softer ride.

OBSTACLE ROLLING RESISTANCE

IMPROVING FUEL ECONOMY BY 10-15%

Fuel usage increases when tires are at higher pressures because more revs and greater acceleration is required to take the vehicle over the off-road surfaces.

BEING SAFER AT HIGHER SPEEDS

The increased surface area of the tires enables the vehicle to be stabilized at higher speeds on softer surfaces.

REDUCING WEAR AND TEAR ON DRIVE TRAIN COMPONENTS

When driving with higher tire pressure on soft surfaces your vehicle must be driven in lower gears to go over the terrain, resulting in more wear and tear on drive train components such as differentials, gear boxes and axle bearings.