Why levelling actually matters

It's not about comfort alone — though sleeping on a slope is miserable enough. An unlevel motorhome affects your three-way fridge compressor, causes water to pool in your grey water tank incorrectly, makes doors swing open or closed on their own, and puts uneven stress on your slideout seals over time.

Most RV appliances are rated to operate within ±3° of level. That's roughly 105mm of rise across a standard motorhome track width. The target isn't perfection — it's staying within tolerance, consistently, without the twenty-minute guessing ritual.

How level is level enough? ±3° is the operating spec for most RV fridges. OzLevel reads to better than 0.5° on any modern smartphone — so if OzLevel says you're within 1–2°, your fridge is happy and so are you.

Step 0 — Choose your spot before you stop

The easiest levelling session is the one you mostly solve before you park. As you pull into a site, look at the cross-fall from the cab. Grass and gravel sites often have a slight crown for drainage — parking with the long axis of your motorhome following the crown is much easier than fighting it.

If the site has a noticeable slope, pull forward slowly and watch which way the dashboard or steering wheel tilts. A 30-second drive-around costs nothing. A badly-positioned setup costs thirty minutes of ramp shuffling.

💡 Tip: If you have a choice of orientation, consider parking so the long axis of the motorhome follows the slope rather than crosses it. Roll (side-to-side) is corrected with ramps — straightforward. Pitch (front-to-back) on a motorhome is harder to fix without repositioning. Make roll your primary problem to solve.

The steps — complete process

Here's the full sequence. Measure first, place ramps right, drive on once. That's it.

Common mistakes — and how to avoid them

Using stabilisers to level

This is the single most common and most damaging mistake. Stabiliser legs are thin-walled steel — they're designed to handle the light dynamic load of people moving around inside, not the full static weight of a motorhome. Wind them down too hard and you'll buckle them. Wind them down very hard and you'll crack a chassis rail. Level with ramps first. Stabilisers come last.

⚠️ Never use stabiliser legs to lift a motorhome into level. They are not rated for it, and the repair bill will hurt significantly more than the inconvenience of repositioning.

Fixing roll before understanding pitch

If your site has both roll and pitch, fixing one without knowing the other can make your second problem worse. OzLevel's dual-axis mode shows both simultaneously — plan your approach before you start moving blocks.

Placing ramps on soft ground without boards

Ramps on sand, soft grass, or clay can sink unevenly under load — especially a heavy motorhome. Put a piece of plywood or a rubber mat under each ramp. It spreads the load, stops the ramp from digging in, and makes a big difference on coastal and outback sites.

Not chocking the wheels

Park brakes hold. Until they don't — after years of use, on a steep site, or if someone releases them by accident. Chock the wheels that aren't on ramps every time, without exception.

Measuring with the vehicle on a slope before pulling onto ramps

Measure on the ground in your final position. Don't measure while you're still on the road, then drive into the site — the site may be different. Always measure where you'll actually park, before you get the ramps out.

Levelling solo — no spotter needed

If you travel solo or your partner prefers to stay inside and make the tea, you don't need a second person to level a motorhome. OzLevel's hands-free audio mode gives you an audible signal — a beep pattern that increases in frequency as you approach level. You can watch the ramps from the driver's seat mirror while the app guides you by sound.

The alternative is to use OzLevel to get your rise reading, note the exact ramp step you need, set the ramp, drive on slowly until you feel both wheels on the platform, and stop. Recheck from inside. One person. One pass. Done.

Levelling a dual-axle motorhome

The principle is identical — but the ramp choice matters more. Standard-length ramps are often too long to fit between the front and rear axles of a tandem axle setup, which means you can only get one axle on the ramp at a time.

For dual-axle motorhomes, use ramps specifically designed for the job — shorter platforms that fit between axles, or purpose-built dual-axle ramps where both wheels drive onto the same unit. The Camec dual-axle ramp (430mm long) is designed exactly for this.

OzLevel works the same way regardless of axle configuration — it reads your vehicle's lean and tells you the rise required. What changes is only your ramp hardware.

Motorhomes with slideouts

If your motorhome has a slideout, there's one extra consideration: water. A slideout sealed perfectly level means water can sit against the rubber seals on the slideout edge. Over time — and a lot of rain — this accelerates seal wear and can lead to leaks.

OzLevel Pro's slideout seal protection mode deliberately biases the vehicle a few millimetres lower on the slideout side than perfect level. It's within appliance tolerance, but enough to encourage drainage away from the seals rather than towards them. A minor setting, significant long-term consequence.

Quick reference checklist

Step Action Done?
0Choose site — check cross-fall from cab before parking
1Park, brake on, measure with OzLevel — note rise and ramp step required
2Position ramps at the correct step on the low-side wheels
3Drive on slowly — use audio mode or watch mirrors
4Apply brake, chock all non-ramped wheels, deploy stabilisers to firm contact only
Awning out. Cold drink. Done.
OzLevel Pro does steps 1–3 automatically. Measure, calculate ramp count, and guide you onto the ramps by sound — all without leaving the cab. $9.99 AUD once →

Summary

Levelling a motorhome with OzLevel is a four-step process: choose your spot, measure your lean, position ramps at the right step, drive on. No recheck loop, no second pass, no partner standing in the rain pointing. The measurement does all the work upfront so the execution is just driving.

Measure first. Every time.