How to Bleed & Replace Brake Fluid on a 2007 Can-Am Outlander MAX 500

Shop parts for a 2007 Can-Am Outlander MAX 500 ATV.

The following MotoSport-proprietary guide walks you through a complete brake fluid change and bleed on a 2007 Can-Am Outlander MAX 500. It covers recommended tools, step-by-step procedures for a safe, effective job, and model-specific notes owners should know before starting.

What you need

  • DOT 4 brake fluid (avoid mixing with DOT 5 silicone)
  • Clear plastic tubing that fits snugly over bleed nipples
  • Catch bottle for old fluid
  • Wrench set (open-end wrenches for bleed nipples)
  • Brake bleeding tool or vacuum pump (optional but speeds the job)
  • Shop rags, safety glasses, gloves
  • Floor jack, ramps, or ATV lift and stands
  • Torque wrench (for caliper and banjo hardware inspection)

Important model notes for the 2007 Outlander MAX 500

  • The 2007 Can-Am Outlander MAX 500 uses DOT 4 brake fluid from the factory. Use only DOT 4 to maintain correct performance and ABS compatibility (if equipped).
  • This model has separate front and rear hydraulic circuits with caliper bleed nipples accessible once the wheels or lower plastic are removed. The front calipers are easiest to access with the front wheels removed; the rear caliper is behind the rear wheel.
  • Some 2007 units may have a proportioning valve or dual circuit master cylinder arrangement. Bleed the circuit farthest from the master cylinder first, then progress to the nearest.
  • Inspect banjo bolts and crush washers at calipers for leaks or age. Replace crush washers any time you open the hydraulic fittings.
  • Avoid spilling brake fluid on painted plastics or metal – DOT 4 is hygroscopic and can damage finishes. Clean spills immediately with water and a rag.

Pre-bleed prep

  1. Park on level ground, set the parking brake, and remove the key. Support the ATV securely with stands or a lift so wheels can be removed or rotate freely.
  2. Clean the master cylinder reservoir cap and surrounding area. Remove the cap and diaphragm; cover the opening with clean plastic to keep dirt out while you work.
  3. Remove wheels or panels as needed to access bleed nipples. Identify master cylinder reservoir location and both front/rear bleed nipples.
  4. Wipe bleed nipples clean, slip clear tubing over the nipple, and route tubing into a catch bottle partially filled with some fresh fluid to avoid sucking air back in.

Bleeding sequence (recommended)

Follow this general sequence: farthest caliper from the master cylinder first, then next farthest, ending nearest. If you cannot determine distance, bleed both front calipers then the rear.

  1. Top off master cylinder with fresh DOT 4 fluid and leave it open during bleeding. Keep the reservoir level above the minimum mark at all times to prevent air re-entry.
  2. Start at the farthest caliper. Have an assistant slowly pump the brake lever or pedal several times and hold it down.
  3. With the lever held, open the caliper bleed screw about 1/4 turn until fluid and bubbles flow into the tubing. Close the bleed screw before the assistant releases the lever.
  4. Repeat pump/hold/open/close cycles until clear, bubble-free fluid emerges. Refill the reservoir as needed throughout.
  5. Move to the next caliper and repeat. Finish with the caliper nearest the master cylinder.
  6. If using a vacuum pump or pressure bleeder, attach per tool instructions and monitor reservoir level while evacuating air from each caliper in the same sequence.

Master cylinder & ABS considerations

  • If your Outlander MAX has an ABS module, cycle the brake lever/pedal slowly and allow the ABS to self-test after bleeding. Some ABS systems require a specific sequence or a diagnostic tool to fully purge trapped air; consult your service manual if an ABS-related spongy pedal persists.
  • After bleeding, gently squeeze the brake lever/pedal several times to check for firmness. A firm lever without excessive travel indicates success; if soft, repeat bleeding steps.

Finishing steps

  1. Once all calipers are clear and the lever/pedal is firm, tighten bleed screws to snug. Clean any drips and reinstall reservoir diaphragm & cap.
  2. Torque any opened banjo bolts to manufacturer spec if available; if unknown, snug then check for leaks after the first ride. Replace crush washers if you loosened banjo bolts.
  3. Lower the ATV, reinstall wheels and torque wheel nuts to spec. Test brakes at low speed in a safe area to confirm proper braking behavior.
  4. Dispose of old brake fluid responsibly — it's hazardous waste. Clean tools with water only if DOT 4 was used, and avoid contaminating other fluids.

Troubleshooting & preventive checks

  • Persistent sponginess after thorough bleeding suggests a leaking caliper, master cylinder internal leak, or air trapped in ABS. Inspect for leaks, replace faulty components, and re-bleed.
  • Sticky caliper pistons or uneven pad wear can indicate seized hardware. Remove calipers for inspection if brakes feel uneven.
  • Always replace brake pads, rotors, or caliper seals that show excessive wear when you service the fluid. Fresh fluid alone won't restore compromised hardware.
  • Record the date and mileage of each fluid change. Brake fluid is hygroscopic; replace every 1-2 years depending on use and storage conditions.

Performing a proper fluid change and bleed on your 2007 Can-Am Outlander MAX 500 restores pedal/lever feel and maintains reliable stopping power. If you encounter ABS-specific issues or suspect internal master cylinder failure, contact a qualified MotoSport-recommended technician for diagnostic support.

Related Shopping Categories

Shop Brake Fluid for a 2007 Can-Am Outlander MAX 500 ATV.

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Shop Brake Pads for a 2007 Can-Am Outlander MAX 500 ATV.

Shop Brake Lines for a 2007 Can-Am Outlander MAX 500 ATV.

Shop Brake Tools for a 2007 Can-Am Outlander MAX 500 ATV.

Disclaimer: This guide is provided for general informational purposes only and is not intended to replace your motorcycle's official owner's manual. Always refer to your manufacturer's documentation for model-specific instructions, torque specifications, safety procedures, and maintenance requirements. If you are unsure or inexperienced, consider seeking assistance from a qualified mechanic or technician.