Brothers Trucks Carpet – High Hump – 4WD – Black

£608.95 Inc VAT

- +

Brothers Trucks Carpet – High Hump – 4WD – Black

Compatible with 1981-1987 Chevrolet/GMC Blazer/Jimmy (4WD)

Features:

  • Carpet set manufactured using only the highest quality factory style materials
  • 80/20 blend material
  • Heat pressed to mold the carpet to fit the cab floor pan
  • Pre-glued padded backing with thick jute – for comfort and to insulate from heat, cold and noise
  • Fits four wheel drive trucks with high hump floor pan – removable cover over the transmission tunnel
  • Black
  • 13x18x38 Boxed Dimesnions



At BROTHERS, we stock and sell only the finest carpet sets available. Our carpet sets are manufactured using only the highest quality 80/20 blend material. Each of our carpets are press molded into shape so they will hug your floor pan for a perfect fit every time. All of BROTHERS carpet sets come with pre-glued jute padding backing. This padded backing adds comfort and helps insulate your truck from heat, cold, and noise. The look, feel, and durability of our carpets is second to none. Specify small or large hump, large humps have a removable panel bolted to the floor (small humps do not have a removable panel). NOTE – BROTHERS suggests using spray adhesive when installing carpet.



Attributes:

Brand Brothers Trucks
Category Body
Product Type Carpet Set
part type Floor Carpet
Emission Code 6
Sub Category Floor
Color Black



Vehicle Applications:

Make Model Years
Chevrolet Blazer 1987 to 1987
Chevrolet K10 1981 to 1986
Chevrolet K20 1981 to 1986
Chevrolet K30 1981 to 1986
Chevrolet K5 Blazer 1981 to 1986
Chevrolet V10 1987 to 1987
Chevrolet V20 1987 to 1987
Chevrolet V30 1987 to 1987
GMC Jimmy 1981 to 1987
GMC K1500 1981 to 1986
GMC K2500 1981 to 1986
GMC K3500 1981 to 1986
GMC V1500 1987 to 1987
GMC V2500 1987 to 1987
GMC V3500 1987 to 1987
Weight 10.025 kg

Reviews

There are no reviews yet.

Only logged in customers who have purchased this product may leave a review.

Featured Products For You

Scroll to Top
0