Reviewer Profile
Tested Performance
Visual Highlights
Cooling Performance: The newly installed AC immediately pushed cold air into a van that started above 90°F during midsummer in Idaho.(32:33)
Noise Level: Eco mode became very quiet with minimal noise inside and outside, giving the compact van a calmer cooling setting.(30:41)
Power Consumption: About 50 A in turbo and around 30 A in eco let this build trade maximum airflow for lower current draw as needed.(23:58)
Form Factor: Vertical mounting kept the finished roof rack and 660 W solar array untouched while maintaining clearance for the bikes.(27:49)
Build Quality: The installed unit showed barely any flex and no movement, giving this rear-door setup a reassuringly solid fit.(28:50)
Recommendation: Cold air, low eco-mode noise, useful current draw, and a solid rear-door fit left the installer very happy with the finished result so far.(28:50)
Detailed Analysis
Rear-Door Cooling Without Sacrificing Roof Solar
This build began with a clear goal: keep a dog comfortable inside a 2022 Ford Transit without dismantling a finished roof setup. The builder had already filled the roof with a vent and 660 W of solar.
The OutEquip Dual-Mount AC solved that layout problem by fitting vertically on the rear door. The slim installation cleared the bikes and preserved the entire solar array, giving the van air conditioning without giving up existing roof equipment.
A Careful Vertical Installation Produced a Solid Fit
The vertical setup required a main opening, reinforced mounting points, rust protection, sealed wiring, and careful alignment against the door. Because the van was not always level, the builder used a fixed body seam as the reference line and dry-fitted the unit before marking the mounting holes.
Paint and adhesive curing extended the work across at least two days. OutEquip clarified details that were missing from the supplied instructions, helping the builder complete this less common mounting orientation.
The curved door also required care with the foam spacers. Removing two center pieces stopped the housing from deforming, while the remaining supports produced a solid installation with barely any flex and no movement.
Cold Air and Quiet Eco-Mode Operation
The first powered test started with the van interior above 90°F during midsummer in Idaho. The builder did not have a suitable thermometer for a precise outlet reading, but the air felt cold immediately and matched an earlier test that produced strong cold airflow.
Turbo was the loudest mode and moved the most air. Eco quieted down considerably and produced minimal noise both inside and outside; compared with other air conditioners, the installer considered it very quiet.
Measured Current Draw Makes Each Mode Easy to Plan Around
A Victron SmartShunt showed the AC drawing about 50 A in turbo mode and around 30 A in eco mode. Those readings also matched the published figures closely.
The difference gives this van a practical choice: turbo supplies stronger airflow, while eco lowers current draw and reduces noise. That makes the operating mode easier to match to cooling demand and available electrical capacity.
A Flexible First Result for a Space-Constrained Van
The included remote controls fan speed, timer, LED night light, sleep, turbo, and eco modes. The unit was operational for the final test even though the builder's wider electrical system and permanent faceplate fastening still needed finishing work.
Most importantly, the rear-door layout added cold air without disturbing the roof rack, solar panels, vent, or bike clearance. The installer finished the test very happy with the unit, making this dual-mount design well worth considering for similar van builds with crowded roofs.
