Polaris Ranger Vehicle Lift Guide

Safely lift your Polaris Ranger using the AGM Electric Jack PRO, with lift points demonstrated during a real trail-side tire change.

Estimated Read Time: 1–2 Minutes

Quick Answers

★★★★★ Preferred Rear Lift: Side chassis tube beneath the rocker panel at the rear doorway

★★★★★ Preferred Front Lift: Side chassis tube beneath the rocker panel near the front tire

Locating the Tube: Feel for the skid plate bolts beneath the rocker panel.

If the Base Slides Outward: Lower completely, rotate the collar 90 degrees as demonstrated, and reset on stable ground.

Avoid: The angled front bull guard, unsupported panels, and continuing a lift while the base moves.

You're in the Right Place If...

You have a flat tire on a Polaris Ranger.
You want to find the preferred lift points.
You're using an AGM Electric Jack PRO.
You want to avoid damaging your vehicle.
You want to get back on the trail quickly.

Flat Tire Repair

Loosen the lug nuts slightly before lifting, especially when using hand tools.
Lift from the preferred lift point for the tire you're replacing.
Secure the vehicle with a properly rated vehicle support before removing the wheel.
Remove the lug nuts, catching each one if possible.
Clean dirt or debris from any dropped lug nut before reinstalling.
Install the replacement wheel.
Start every lug nut by hand.
Snug the lug nuts in a crisscross pattern so the wheel seats evenly.
Remove the support, lower the vehicle, and torque the lug nuts to your model's specifications.

Trail Tip: Catch the lug nuts and put them somewhere clean. If one escapes, clean the threads before putting it back to work.

Torque Note: Check your owner's manual for your Ranger's wheel and lug-nut specifications. Avoid overtightening with the impact before using a torque wrench.

Preferred Rear Lift

Engage the side chassis tube beneath the rocker panel at the rear doorway, keeping the lifting pad clear of surrounding body panels.

Why

Uses the Ranger's rigid chassis tube.
Limited suspension droop helps get the tire off the ground quickly.
The open doorway provides clearance from surrounding panels.

Watch Out

Adjust the collar height so the lifting pad fits beneath the tube.
Confirm full chassis-tube engagement before lifting.
Match the demonstrated inward base placement to account for the lower second contact point.

Trail Tip

Feel for the skid plate bolts near the rocker-panel edge to help locate the chassis tube, then verify lifting-pad contact.

Preferred Front Lift

Engage the side chassis tube beneath the rocker panel near the front tire.

Why

Uses the same rigid chassis tube as the rear lift.
Accessible from the side of the vehicle.
Avoids lifting from the angled front bull guard.

Watch Out

Use the skid plate bolts to help locate the tube.
Confirm lifting-pad engagement and the demonstrated second contact along the rocker panel.
Watch the base and contact points as the vehicle rises.

Trail Tip

The front demonstration shows the collar rotated 90 degrees to change the direction the lifting-pad assembly pivots.

If the Jack Base Starts Moving

Lower the vehicle completely before rotating the collar 90 degrees and resetting the jack, as demonstrated.

Why

Rotating the collar changes the assembly's pivot direction.
This limits rotation in the direction that can let the base slide outward.
The adjustment can improve stability in the situation demonstrated.

Watch Out

Never adjust the collar while the jack supports the vehicle.
Collar orientation does not make unstable ground suitable for lifting.
If movement continues, lower the vehicle and reassess the ground and setup.

Trail Tip

Stop and reset at the first sign of sliding instead of trying to finish the lift.

Front Lift Point to Avoid

Avoid Here

Do not lift from the angled front bumper or bull guard shown in this demonstration.

Why

The steep angle creates a slipping risk.
There is no outer tube to capture the jack's top cap.
Lifting here could bend the bumper.

Watch Out

An accessible bumper is not automatically a suitable lift point.
Do not use the top cap where it cannot stay securely engaged.

Trail Tip

Use the side chassis tube for the front lift instead of trying to make the bull guard work.

Common Mistakes

Engaging an unsupported panel instead of the chassis tube.
Ignoring base placement when lifting in the open doorway.
Continuing to lift while the jack base slides outward.
Using the angled front bull guard as a lift point.
Starting lug nuts with an impact gun.

Trail Safety Checklist

✓ Move off the trail if the vehicle can be moved safely.
✓ Choose firm, level, unobstructed ground.
✓ Put the vehicle in Park, shut off the engine, and apply the parking brake if equipped.
✓ Chock the wheels remaining on the ground.
✓ Confirm the lifting pad, contact points, and jack base remain stable as the vehicle rises.
✓ Use properly rated vehicle supports before working underneath; keep occupants out while lifted.

Questions We Hear Most

Where should I lift a Polaris Ranger with the Electric Jack PRO?

The video demonstrates front and rear lifts from the chassis tube beneath the rocker panel along the side of the Ranger.

How do I find the chassis tube?

Feel for the skid plate bolts near the rocker-panel edge. They help identify the tube's position; confirm the lifting pad fully engages the tube before lifting.

Why is the base positioned farther inward during the doorway lift?

The doorway setup has a lower second contact point. The demonstrated base placement accounts for the jack leaning inward as it takes the vehicle's weight.

What if the bottom of the jack starts sliding outward?

Lower completely, rotate the collar 90 degrees as demonstrated, and reset on stable ground. The change limits pivoting in that direction; stop if movement continues.

Can I lift from the front bumper or bull guard?

Not at the point shown. Its steep angle and lack of capture create a slipping risk, and lifting there could bend the bumper. Use the side chassis tube.

What torque should I use for the lug nuts?

Use your Ranger owner's manual specification for its exact model and wheel hardware. Start the nuts by hand, snug them in a crisscross pattern, and finish with a torque wrench.