Description

Bombardier Outlander 400, Outlander 800, Outlander Max 2006 Workshop Manual

You’ve got a 2006 Bombardier Outlander on the lift. The customer says it’s overheating. You pull the radiator cap and find coolant that looks like chocolate milk. Without the factory specs, you’re guessing on the bleed procedure, torque on the water pump bolts, and which Loctite to use. Guessing costs you time and money. That’s exactly why this Bombardier Outlander 400, Outlander 800, Outlander Max 2006 Workshop Manual exists. It’s the same 504-page binder that BRP issued to dealer techs. No aftermarket condensation, no missing pages. Just the straight-up OEM procedure.

Safety Notice and Self-Locking Fasteners

Flip past the intro and the manual hits you with the Safety Notice on page IX. It’s not a legal disclaimer—it’s a list of what kills you in a shop. After that comes the Self-Locking Fasteners Procedure and Loctite Application Procedure. I’ve seen more than a few guys reuse a nylock nut because they didn’t have the spec. That’s how you lose a drive belt at 60 mph. The manual tells you exactly which fasteners must be replaced and which thread-locker compound to use. It also gives the Loctite grade (e.g., 243, 271) for each location. You won’t find that in a Chilton’s.

504 Pages of Factory Procedures

This thing runs 504 pages. That’s not fluff—that’s a detailed walkthrough of every system. The TOC splits into 01 Maintenance and 02 Troubleshooting. Under Maintenance you get a real maintenance chart with intervals for the Outlander 400 and Outlander 800 (the Outlander Max shares the same chassis and engine family). It includes noise emission control system regulation, preseason preparation, and storage procedures. Storage alone covers fuel stabilizer, engine lubrication, and even rags installation to keep critters out. Someone actually thought through the real-world scenarios.

Tightening Torques: Page XVIII Specs

Before you touch a wrench, turn to page XVIII. That’s the Tightening Torques table. It lists every critical fastener torque in foot-pounds—head bolts, transmission case bolts, suspension pivot points. For the Outlander 800’s 800cc V-twin, head bolt torque is a multi-step sequence. If you use a generic spec from an internet forum, you’re risking a blown head gasket. The manual gives you the OEM values and the order. No guesswork.

Bombardier Outlander 400, Outlander 800, Outlander Max 2006 Workshop Manual: What You Get

The manual covers the entire 2006 lineup: Outlander 400 (single-cylinder 400cc), Outlander 800 (V-twin 800cc), and Outlander Max (the two-up version). Each variant has its own torque specs, wiring diagrams, and CVT service data. The introduction explains how to read the Vehicle Identification Number and Engine Identification Number so you can verify which model you’re working on. That matters because the Outlander 400 uses a different transmission case than the 800. If you mix up the shift fork specs, you’ll be splitting the case again. The manual also includes the CVT drive and driven pulley service procedure—belt deflection, clutch spring free length, and ramp angles. All from the factory.

Maintenance Chart and Preseason Preparation

Section 01-01 has the maintenance chart with hour and mileage intervals. For a 2006 Outlander 400, the manual says change engine oil every 100 hours or 1,000 miles—whichever comes first. Preseason preparation (02) tells you how to inspect the fuel lines, check the coolant mixture, and verify the brake fluid level. Storage procedures (03) are the opposite—how to fog the engine, drain the carburetor, and protect the pulleys. If you skip the fuel stabilizer step in the manual, you’re cleaning a gummed-up carb next spring. I’ve seen it happen.

Why OEM Documentation Over Aftermarket?

Aftermarket manuals are written by people who read the factory manual and then paraphrase. They leave out the Loctite grades, skip the tightening sequences, and sometimes even get the torque values wrong. This manual is a direct scan of the BRP print. Every chart, every diagram, every footnote is preserved. If you need to understand the CVT principle, you can read the manual alongside a Manual Transmission article to compare designs. But for the Outlander, this is the only source you should trust. The 2003 Bombardier Rally 200 Shop Manual follows the same format—factory specs, no fluff. If you work on other Bombardier machines, check out the 2001 Bombardier DS 650 Shop Manual as well. For older equipment, the Massey-Harris-Ferguson TEF20 1956 Workshop Manual – OEM Specs also uses the same rigid approach to torque documentation.

One more thing: the manual includes a dedicated Troubleshooting Chart section (02). It lists symptoms—no start, low compression, overheat—and directs you to the specific page for the diagnostic step. No bouncing between forums. You follow the chart, find the problem, fix it. That’s how you get paid.

As for the CVT, the Outlander uses a belt-driven automatic system. The manual details how to remove the cover, inspect the belt for wear (minimum width 1.18 in), and check the driven pulley spring free length. If you’re used to working on a Manual Transmission, this will feel different. But the factory procedure is clear: use the BRP belt puller tool (part number 529 035 600) and torque the cover bolts to 89 in·lb. You won’t find that in a generic guide.

Look, if you’ve had enough of chasing down torque specs on Reddit and finding a post that says “tighten it till it squeaks,” this is your stop. Get the real data. Access the Factory Manual.