Underbody Armour Radiator Plate Suitable For Nissan Patrol Y62 2012-On
6mm Underbody Armour Kit suitable for 5.6L petrol Nissan Patrol Y62 (2013-16).
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Brand :Rival 4x4
Drivetech 4x4 Underbody Armour by Rival - Radiator Plate suitable for the Nissan Patrol Y62 (12/12-On).
FEATURES - DT-UBA05-1 - Radiator Plate
- Plate weight: 9kg
- 6mm alloy construction
- Deep stamped plates with stiffening ribs
- Powder coated finish
- Rubber mounting pads for tight fitment and noise reduction
- Easy installation by using existing bolt holes
- Inspection holes for service and maintenance
FEATURES - DT-UBA05-2 - Engine Plate
- Plate weight: 5kg
- 6mm alloy construction
- Deep stamped plates with stiffening ribs
- Powder coated finish
- Rubber mounting pads for tight fitment and noise reduction
- Easy installation by using existing bolt holes
- Inspection holes for service and maintenance
FEATURES - DT-UBA05-3 - Transmission Plate
- Plate weight: 5kg
- 6mm alloy construction
- Deep stamped plates with stiffening ribs
- Powder coated finish
- Rubber mounting pads for tight fitment and noise reduction
- Easy installation by using existing bolt holes
- Inspection holes for service and maintenance
FEATURES - DT-UBA05-4 - Transfer Plate
- Plate weight: 7kg
- 6mm alloy construction
- Deep stamped plates with stiffening ribs
- Powder coated finish
- Rubber mounting pads for tight fitment and noise reduction
- Easy installation by using existing bolt holes
- Inspection holes for service and maintenance
BENEFITS
- Three times lighter than traditional steel plates
- Twice as durable as flat skid plates credit to stiffening ribs
- 100% corrosion resistant with bars and brackets covered with AkzoNobel paint which protects them from corrosion
- Tight fitment with reduced noise or vibration while driving with rubber shock absorbers, providing a tight fitting
- No drilling required for installation by using existing vehicle bolt holes and all fasteners are provided with the kits
- No need to remove for service and maintenance
- A design featuring minimal influence to ground clearance
