Reviewer Profile
Tested Performance
Visual Highlights
Cooling Performance: The cabin started at 91°F and reached 78°F after roughly 45 minutes,and read 68°F air at the vent while the outside shade temperature sat near 90°F, with the test taking place in a large high-top van with many interior panels removed and little insulation in place.(6:37)
Vertical Mounting Value: The unit sat on the side door instead of the roof, leaving roof area available for solar panels on vans that cannot afford to give up limited top-side space.(11:15)
Condensation Drainage: After the cooldown run, water was draining from the unit, showing it was also taking moisture out of the van’s air.(7:05)
Recommendation: The finished vertical door mount leaves the roof open for solar while still delivering measured cabin cooling in a large, lightly insulated high-top van.(10:31)
Detailed Analysis
A Door Install Starts with the Roof Problem
Kevin's project matters because the vehicle is a full-size Chevy high-top van with windows, the exact kind of build where roof area can become more valuable than the easiest AC mounting location. Minivans, cargo vans, and conversion vans often carry limited solar space, so moving the AC off the roof changes the whole layout.
The first meaningful detail is that OutEquipPro vertical and roof-mount AC does not force a flat roof-only install. Kevin treated that flexibility as the center of the project: use the side door, keep the roof open, and accept that the door will demand more measuring and metal work.
- Roof space stays available for solar panels instead of being consumed by the AC footprint.
- Vertical mounting creates a path for older vans and cargo builds where the roof is already crowded.
- Door placement can be made discreet, especially on a white van or after paint matching on a colored body.
The Smart First Move Was Power Before Cutting
Before cutting into the van, Kevin assembled enough of the system to verify that shipping had not damaged the AC. That step kept the risk in the right order: test the expensive equipment first, then commit to the irreversible hole.
- Set the unit up outside the van before body cutting began.
- Connect the included fused main lines and the battery lead for a functional test.
- Keep the thermostat outside the unit so the test reflects usable control behavior.
- Confirm airflow at low fan speed, then cycle the fan to a higher setting.
- Use the vent reading as a sanity check before the installation moves into sheet metal work.
The bench test produced 68°F vent air while the shade temperature was about 90°F. For a DIY installer, that is not just a comfort number; it is a practical checkpoint before sparks, cut lines, and permanent body changes enter the job.
Glass Made the Job Possible but Tighter Than Necessary
The door choice created the hardest part of the install. Kevin had to keep the unit low enough to sit below the window area while still leaving enough clearance for the door to open and close.
The internal door layout helped. On the full-size Chevy door, and on a similar full-size Ford door he inspected, the latch and handle mechanisms were off to the side rather than crossing the planned cut zone.
- The unit had to drop below the window hardware instead of landing wherever it was most convenient.
- The window latch was treated as expendable because the window would no longer function normally with the AC installed there.
- The internal door area behind the cutout gave enough working room once the small section was removed.
- The included bracket needed a cut along the marked line so it could fit inside the door and catch where required.
- The trimmed bracket did not need cosmetic perfection because it would be hidden after the install.
This is the core lesson for anyone copying the layout: the vertical install can work on a glass door, but glass forces tighter placement, more measuring, and more bracket adaptation than a plain metal panel.
The Cooldown Number Was Stronger Because the Van Was Unforgiving
The main performance test happened in a large high-top van during hot conditions, with much of the interior paneling removed for remodeling. That matters because the van had very little insulation, and some areas had none.
After roughly 43 to 45 minutes, the cabin dropped from 91°F to 78°F. Kevin framed that as a result he had no complaint about because the AC was fighting both cabin volume and weak insulation.
- Starting cabin temperature: 91°F.
- Ending cabin temperature: 78°F.
- Approximate drop: 13°F.
- Approximate runtime: 45 minutes.
- Test condition: large high-top van with many panels removed and minimal insulation.
The system also produced visible condensate, which added a second practical result beyond temperature. It was not only cooling the van; it was also pulling moisture from the cabin air during the run.
The Easier Version Uses a Solid Door
Kevin's strongest fitment advice was simple: on an older van with glass in the target door, a solid replacement door is the smarter starting point. A parts-yard door, sandpaper, matched paint, clear coat, and hinge bolts can remove the glass problem before the AC work even begins.
That approach gives the installer freedom to move the unit up or down the door panel instead of designing around window locks and trim. It also keeps the finished install cleaner because the AC can be placed for function first rather than squeezed into the one workable window-door position.
- Use a non-glass replacement door when the original window creates tight tolerances.
- Paint-match the replacement door if the van body color requires it.
- Place the unit based on interior access, exterior clearance, and door operation.
- Expect the job to be much easier when there is no glass to work around.
Who This Install Really Fits
This project is best suited to van owners who need cooling but do not want to trade away roof space. That includes cargo van builders, older full-size van owners, and conversion van projects where solar capacity is already limited.
It is less straightforward for minivans in this specific vertical format. Kevin noted that the unit did not fit vertically on a minivan lift gate, even though that use case would be attractive for smaller van owners.
For the right van, the result is practical: a roof-free cooling layout, an interior control panel or remote control, a measured 13°F cabin drop, and a path that keeps the top of the vehicle available for energy collection instead of another large appliance.
