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6.To ensure the best front driveline angle possible, we decided to run a high-pinion Toyot
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7. We sourced the above third member from West Coast Differentials, along with this Sierra
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8.Once the third member was installed, Toby finished up the front-axle assembly, installin
9. With the new front axle assembled, Toby positioned it under the truck, checking every detail along the way. Once he felt comfortable with the front driveline angle, he tack-welded the new spring pads in place. He then took a measurement of the front driveline, and then ordered up a pair of CV-equipped driveshafts from South Bay Driveline in San Jose, California. The experts at South Bay Driveline suggested we option in an extra-long slip on the front shaft to prevent problems. The new shafts arrived two days later and looked beautiful. Once the front shaft was installed, Toby completed the final welding on the front axle perches and spring hangers.
10. With 5 inches of lift up front out of the way, it was time to tackle the rear lift. First the rear axle was removed from the truck. Next the gas tank came out. Then Toby installed a pair of Marlin's frenched rear spring hangers into the frame. Though not included in the solid-axle swap kit, we thought these super-clean hangers fit this article well. What they do is prevent the rear spring hangers from hanging up on rocks. To install them, Toby notched the frame with a plasma torch. Then he inserted a hanger and welded it into place. These units are built strong from 1/4-inch-thick plate steel. Once the hangers were in place, the new 5-inch rear leaf springs were installed.
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11. For setup on the rear axle, Marlin supplied us with a U-bolt flip kit and a new set of
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12. With both front and rear axles now attached to the vehicle,Toby assembled the rear axl
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This graph was generated by an independent testing facility. It demonstrates the amount of
After the installation was complete, we testdrove the 4Runner and found it handled quite nicely on the road. Off-pavement, however, is where the solid axle swap shines brightest.
Total Chaos Fabrication of Corona, California, has been building desert-racing-inspired IFS systems for more than a decade. The company's Gen II Caddy Kit for '86-'95 4WD Toyota trucks increases wheel travel and tire clearance with minimal suspension lift to improve high-speed off-road performance. The chromoly upper and lower A-arms are extended 3.25 inches per side and use 2.5x8-inch-stroke coilover shocks to dampen 12 inches of wheel travel without eliminating four-wheel drive. The setup clears 33-inch tires (with fiberglass fenders), and ride height is adjustable between 2 to 4 inches of lift. As a secondary benefit, these suspension modifications actually improve the ride quality and the truck should handle better than stock.
We ordered a Gen II Caddy Kit from ORW to install on a '89 4Runner to compare the performance of an IFS overhaul to a straight-axle conversion. To complete the installation, we ordered a pair of Racerunner 2.5x8-inch remote-reservoir coilover shocks, two 500x18-inch Eibach coil springs and a pair of fiberglass fenders from Glassworks Unlimited. The truck will ride on 15x8 forged alloy wheels from Alcoa and 33x10.50 BFG tires. Visit www.fourwheeler.com for more information about all the parts and a complete installation.
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Betts Spring Company
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Marlin Crawler
1543-B N. Maple
Fresno
CA
93703
www.marlincrawler.com
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BFGoodrich Tires
877-788-8899
www.bfgoodrichtires.com
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Triple-X Traction
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Bilstein
14102 Stowe Dr.
Poway
CA
92064
858-386-5900
www.bilstein.com
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West Coast Differentials
www.differentials.com
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Front Range Off-Road Fabrication
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Yota Yard
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Longfield Super Axles
2-53/-847-8254
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