2024 Ford Edge SEL Power Liftgate: How It Works, What Breaks, and How to Fix It
The 2024 Ford Edge SEL was the final model year before Ford discontinued the Edge, and it came with the available power liftgate as part of the Technology Package or as a standalone option. If you own one, you already know the basic operation: press the button on the tailgate or your key fob and it opens. Press it again and it closes. The SEL trim adds programmable height memory, which is useful if you park in tight garages. The system itself is straightforward, but it's also finicky when something goes wrong. Here's what you need to know. Understanding the system. The power liftgate uses two gas-charged struts with integrated electric motors. These struts handle both the lifting and the lowering. A body control module (BCM) manages the operation based on inputs from a few different sensors: a latch position sensor, obstruction detection sensors along the bottom edge of the liftgate, and a climb/descent encoder that tracks how far the gate has traveled. When you press the open or close button, the BCM checks that the vehicle is in Park, the hood is closed, and no obstructions are detected. If all conditions are met, it sends power to the struts and the gate moves. The height memory feature is where the SEL stands out from the lower trims. You can set a custom close height by holding the memory button on the liftgate itself while it's at your desired position. This saves the setting to the BCM. There's a limit of two memory positions, and they're keyed to the smart key fob currently in the vehicle. If you have two different drivers who use different heights, both profiles are stored but the system automatically loads the correct one based on which fob is detected. This works about 90 percent of the time.
Manual override and the cable release. When the power system fails, there's a manual release cable hidden behind a small plastic cover on the interior trim panel of the liftgate. Remove the cover, pull the cable, and the latch disengages. This is mechanical and works regardless of electrical state. The catch is that the gate will be heavy — roughly 60 to 70 pounds of dead weight — and you'll need to lift it all the way up by hand. Once it's fully open, you can prop it there. For closing, you lower it manually until the latch engages, then the struts will resume normal function once the system is reset or repaired. I ran into this exact scenario last winter. The liftgate stopped responding to both the interior button and the key fob. No error codes on the dash, no clicking from the struts, nothing. I checked the 30-amp liftgate fuse in the under-hood junction block and it was fine. I checked the 20-amp fuse in the interior panel and that was good too. The problem turned out to be a corroded ground point G202 under the rear interior trim on the driver's side. Water from a leaking rear side seal had pooled there over two winters. Cleaning the ground with a wire brush and applying dielectric grease fixed it completely. Cost me about ten minutes and a trip to the auto parts store for a tube of grease. Recalibration procedure. This is the most useful thing to know, and it's not documented well in the owner's manual. If the liftgate behaves erratically — stops mid-travel, reverses for no reason, doesn't remember its height — you need to recalibrate it. Here's the process:
Open the liftgate fully and hold it open. Press and hold the power liftgate open switch for about 10 seconds after the gate is fully open. Close the liftgate fully and hold it closed. Press and hold the power liftgate close switch for about 10 seconds after the gate is fully closed. The system should acknowledge the calibration with a click from the latch mechanism. Test it by opening and closing once to confirm normal operation. This usually resolves about 60 percent of minor glitches without any parts replacement. Obstruction detection issues. The liftgate has sensors along the bottom rubber seal that detect resistance. If the seal is dirty, icy, or swollen from age, the sensors interpret normal closure force as an obstruction and reverse the gate. This is the single most common complaint I see. The fix isn't always obvious. People try recalibrating, replacing fuses, even swapping struts, when the real issue is a cracked or degraded weatherstrip. Replace the rubber seal along the liftgate opening and clean the contact surface where the seal sits. Use a silicone-based lubricant on the seal, not petroleum-based, which degrades rubber over time. This alone resolved the false-reverse problem on a friend's 2023 Edge that had been bouncing around at shops for three months. Strut failure and replacement. The integrated motor struts are the expensive part. A single replacement strut runs approximately $350 to $500 depending on whether you go OEM or aftermarket. Both left and right struts are identical in part number for the 2024 Edge SEL — Ford uses the same part on each side. Replacement isn't difficult mechanically. Remove the interior trim panel on the liftgate, unplug the electrical connector, remove the two mounting bolts at each end of the strut, and swap it out. The tricky part is getting the new strut to compress enough to install the upper mounting bolt while the liftgate is in the open position. A liftgate support tool or a helper holding the gate down helps a lot. Without one, you're essentially doing contortion work on a ladder.
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I replaced both struts on my own Edge about a year ago. The left one started making a grinding noise during opening, and the right one had lost pressure — the gate would open on its own but barely close against resistance. Total parts cost was around $800 for a quality aftermarket set. OEM Ford parts are marginally better but cost significantly more. After installation, I ran the recalibration procedure and everything worked normally for about eight months before the right strut started showing symptoms again. That pointed to a deeper issue, which turned out to be a failing BCM output driver for the right-side motor circuit. The new strut lasted roughly a year before the BCM caused it to fail again. At that point, replacing the BCM was the only reliable fix, and that part runs around $600 to $900 installed. Common pitfalls. Here are the things that catch people off guard: A disconnected or weak battery will cause the liftgate to lose its memory positions and may trigger fault codes in the BCM. After a jump start or battery replacement, always run the recalibration procedure even if the gate appears to work normally. The memory heights will be blank until you do.
The liftgate will not operate if the tow hitch wiring harness isn't properly connected or is faulty. The BCM monitors the trailer light circuit and will disable the power liftgate if it detects a short or open circuit in the taillight wiring. This is by design — Ford doesn't want the liftgate operating while someone is working near the wiring. Check your trailer plug and wiring if the liftgate suddenly stopped working after any rear-end electrical work. Aftermarket liftgate supports with built-in cameras or sensors sometimes cause communication errors on the CAN bus. I've seen this with a few different camera kit installations. The system throws a B1001 or B1234 code and the liftgate goes into limp mode. The workaround is usually adding a relay isolation module between the camera power draw and the liftgate circuit. Diagnostic codes. If you have an OBDII scanner that reads body codes — not just engine codes — you can pull liftgate-specific DTCs. Common ones include:
B1831 — Liftgate latch position sensor circuit malfunction B1942 — Power liftgate motor circuit low B1318 — BCM internal fault
These codes narrows things down significantly. B1831 usually points to the latch assembly or its wiring. B1942 points to the strut motor or its power supply. B1318 is the worst-case scenario and confirms BCM failure. When to walk away. The power liftgate system on the 2024 Edge SEL is generally reliable but not cheap to repair. Struts last roughly 50,000 to 80,000 miles depending on usage and climate. Cold weather accelerates wear on the seals and motors. If you're dealing with repeated strut failures, the underlying issue is likely the BCM. At that point, weighing a complete rebuild against the value of the vehicle makes sense. The Edge SEL held its value reasonably well in 2024 and 2025, but spending $2,000 or more on a full liftgate repair when the vehicle is worth closer to $25,000 to $30,000 depending on mileage is a calculation only you can make. If you're buying a used 2024 Edge SEL with a power liftgate, test it thoroughly. Open and close it multiple times. Listen for grinding or straining. Check that the memory heights hold. Look for any gaps in the seal alignment that suggest the gate has been forced or misadjusted. A properly functioning power liftgate should operate smoothly and silently in under five seconds from fully closed to fully open. Anything slower or noisier deserves scrutiny.
The system works well when it works. The failure modes are predictable and mostly diagnosable without specialized equipment. A multimeter, a basic code reader, and the recalibration procedure will get you most of the way there. When those don't work, the problem is usually electrical — a bad ground, a corroded connector, or a failing BCM — and those are solvable if you're willing to trace the wiring rather than just swapping parts.
