2024 PJ Trailers Deckover Tilt (T8) 26'

2024 PJ Trailers Deckover Tilt (T8) 26'

Hauling hefty cargo and large low-profile equipment, but also want to maximize the space of your trailer deck? Go for the Deckover Tilt Trailer (T8).

It features a spacious and sturdy deck that’s an extra wide 102’’ across its entire width, and it’s even more versatile due to its 22’ long full-tilt deck that’s powered by a dual ram hydraulic system. Need more flexibility for whatever you encounter on the road ahead? The T8 has you covered with rub rail and stake pockets around the deck that ensure you’re able to strap down and secure whatever cargo you’re hauling.

Features may include:

• [72BS] (2) 7,000 lbs Electric / Spring

• 6-Leaf Slipper Spring Suspension

• 8" x 10 lb. I-beam Tongue

• [J] BP 2-5/16" Adjustable (14,000 lb.)

• 5/16" Grade 70 Safety Chain w/Clevis hook (2 each)

• Drop Leg Jack (10,000lb)

• 8" x 10 lb. I-Beam Main Frame

• 3" Channel Crossmembers on 16" Centers

• Front Bump Rail

• 2" Treated Pine Lumber Deck

• Diamond Plate Low-Pro Fenders

• Stake Pockets along both sides (Quantity depends on length)

• All-Weather Wiring Harness (7-way RV)

• ST235/80R16 Radial Tires 10 ply (3,520 lbs.)

• [K] Black Powder Coat

• 102" Wide Tiltable Deck

• 2" Rubrail

• Electric Breakaway System w/ Charger

• 12V Deep Cycle Battery

• 110V Integrated Trickle Charger

• Hydraulic - Power Up / Down

• Pipe Spools

• 15°

• [T] 22' Tilt

• 3" x 16" Cylinder

Simplify brake maintenance with our Forward Self-Adjusting Brakes, engineered to self-adjust for optimal braking performance. This innovative system reduces downtime and ensures consistent stopping power.

Benefit from standard stake pockets for essential cargo securement.

Our 30" Diamond plate knife edge tail makes it super-easy to load low clearance equipment like scissor lifts and forklifts.

Delivering stability and control over the precise up and down movement of the trailer deck, its front ram hydraulic powered system makes hauling easier by giving you more flexibility during loading and unloading.