2006 Bombardier Outlander Max 400, Max 650, and Max 800 Shop Manual (P/N P/N 219 100 232, 219 100 230)

• BRP/Bombardier ATV factory documentation for the 2006 Outlander and Outlander MAX family: the 528-page Vehicle Shop Manual P/N 219 100 228 (version vmr2006-002), the 105-page ROTAX 400 Engine Shop Manual P/N 219 100 232, and the 89-page ROTAX V-810 Engine Shop Manual P/N 219 100 230 — 722 PDF pages in the set.
• Covers Outlander 400, XT 400, MAX 400, MAX XT 400, Outlander 800, XT 800, MAX 800, and MAX XT 800; the factory model table lists “All” model numbers for each 2006 variant.
• Separates the carbureted ROTAX 400 platform from the EFI-equipped ROTAX V-810 800, including model-specific fuel, ignition, CVT, gearbox, drivetrain, and diagnostic information.
• The Vehicle Shop Manual has 14 numbered sections covering maintenance through electrical connectors and wiring diagrams, with service limits, capacities, torque data, fault-code information, and special-tool references.
• Internal engine repair is covered in the two dedicated Engine Shop Manuals, matching the Vehicle Shop Manual’s instruction to use the appropriate engine volume for teardown and overhaul work.

Manual Contents Breakdown

The 528-page vehicle manual covers engine removal/installation plus the air intake, lubrication and cooling circuits, exhaust, fuel system, charging and starting systems, D.E.S.S. key programming, lights and instruments, CVT, transmission linkage, 4x4 coupling, front/rear drive, steering, suspension, hydraulic brakes, and body/frame repair. The 400 uses a Mikuni BSR33 constant-depression carburetor with manual choke and ECS; the 800 uses a DellOrto 46 mm throttle body, one injector per cylinder, a Bosch electric in-tank pump, and ECM-based engine management.

The engine volumes add the internal repair depth intentionally outside the vehicle book. The ROTAX 400 manual covers leak testing, rewind starter repair, water pump, magneto, oil-pressure testing, valve adjustment, decompressor, timing chain and camshaft, cylinder head, piston and rings, crankshaft/crankcase, and the integrated gearbox/output shaft. The V-810 manual covers leak testing, cooling and lubrication, magneto and sprag-clutch components, front/rear cylinder heads, camshaft timing, pistons, PTO cover, drive gears, reed valve, crankcase, crankshaft, and bottom-end assembly.

Factory Repair and Diagnostic Procedures

Higher-level factory procedures include engine removal/installation, cooling-system pressure testing, V-810 ECM fault-code diagnosis, fuel-delivery testing, D.E.S.S. key programming, CVT drive-belt and pulley service, 800 gearbox/4x4 coupling repair, differential and propeller-shaft work, steering alignment, brake master-cylinder/caliper service, and internal valve-train, piston, crankshaft, and gearbox repair.

The V-810 diagnostic section covers on-board fault-code display and computer communication. It specifies B.U.D.S. version 2.3.2 or later and identifies the MPI-2 interface card P/N 529 036 018 with diagnostic cable P/N 710 000 851; it also documents the VCK communication kit. Cooling-system testing calls out test cap P/N 529 035 991, pressure/vacuum pump P/N 529 021 800, and hose pincher P/N 295 000 076. CVT service identifies driven-pulley expander P/N 529 035 747.

Named charts and schematics include the Engine Management System Flow Chart, Fuel Delivery System Diagnostic Flow Chart, Outlander 400 2006 General System, Outlander 800 2006 General System, Outlander 800 2006 Charging System, and Outlander 800 2006 Injection/Ignition System.

Specifications and Repair Notes

With filter replacement, the 400 calls for 3 L (3.17 qt) of engine/transmission oil, while the 800 uses 2 L (2.11 qt) of engine oil plus 400 mL (14 U.S. oz) of gearbox oil. Cooling-system capacity is 2.5 L (2.65 qt), and the hydraulic brake system specifies DOT 4 fluid. The cooling-system leak test uses 103 kPa (15 PSI); radiator-cap replacement pressure is 110 kPa (16 PSI). The V-810 specifications give a minimum oil pressure of 350 kPa (51 PSI) at 6000 RPM, while both engine books provide valve-clearance, piston/cylinder, valve-guide, bearing, and other wear-limit data.

The general fastener chart covers metric M4 through M14 hardware across grades 5.8, 8.8, 10.9, and 12.9. Grade 12.9 values run from 4–5 N•m for M4 fasteners to 200 N•m (148 lbf•ft) for M14, with component-specific torque values throughout the repair procedures and exploded views.

Several repair traps are called out explicitly. Running without coolant can damage engine parts and the ceramic seal on the water-pump shaft. The CVT uses metric pulley threads, prohibits impact-wrench use during drive-pulley removal/installation, and treats the clutch as a precisely balanced assembly; the wrong puller or mixed used clutch parts can damage threads or upset that balance. In the V-810 bottom end, connecting-rod screws are one-time-use and require the specified torque-plus-angle method; the manual warns that a loosened rod screw can cause engine damage.

Unless a procedure states otherwise, the factory safety notice calls for the engine to be off and cold during maintenance and repair. Follow the publication’s system-specific precautions for electrical, fuel, brake, and rotating-component work.