Ghost Controls Gate Motor Replacement Nationwide

Ghost Controls Gate Motor Replacement: The Sandy Springs Owner’s Guide

A Ghost Controls gate motor replacement in Sandy Springs typically runs $680-$1,180 installed, depending on whether your system is a single or dual swing gate and if the control board or arm bracket also needs attention. We stock Ghost Controls-compatible motors and can usually diagnose and quote the job same-day. Most Sandy Springs homeowners notice the problem when the gate stops mid-travel, reverses for no reason, or simply clicks without moving - especially after a heavy rain or during July and August when Georgia heat pushes the thermal cutoff.

Call (470) 885-1464

We’ve replaced Ghost Controls motors on properties from Ridgeview Road down to the riverfront estates near the Chattahoochee. The pattern is consistent: the motor hums, the gate doesn’t budge, and the owner’s manual troubleshooting section has already been memorized. That’s usually when we get the call.

Which Ghost Controls Models This Applies To

Ghost Controls has used three main motor series over the past decade, and the replacement part you need depends on which generation is bolted to your post. The TSS1 and TDS2 series (their standard-duty single and dual swing kits) use a 24V DC motor with an integrated worm-gear reduction. The newer AXWK and DXP models moved to a slightly different mounting pattern and a sealed bearing design that handles moisture better. The label is on the motor housing itself, usually facing the driveway, and it will read either TSS1, TDS2, AXWK, or DXP followed by a revision letter.

Here’s where compatibility gets specific. The TSS1 and TDS2 motors are not cross-compatible with AXWK mounting brackets - the bolt spacing differs by roughly 3/4 inch, and the arm spline count changed from 6 to 8. We’ve seen Sandy Springs homeowners order what they thought was the right motor online, only to find the bracket won’t accept it. We stock both OEM Ghost Controls motors and a commercial-grade aftermarket equivalent from US Automatic that matches the TSS1/TDS2 spec exactly and carries the same 3-year warranty. For the AXWK and DXP series, we source OEM because the aftermarket options haven’t caught up to the sealed-bearing design yet.

To identify your motor without disassembly, check the control box first. Ghost Controls prints the kit model number on a white label inside the box lid. If that label is sun-faded, measure the motor housing diameter: TSS1/TDS2 motors are 3.5 inches, AXWK/DXP are 4.0 inches. That half-inch difference is the quickest field check we use.

Signs Your Ghost Controls Gate Motor Replacement Is Failing

• The motor hums but the gate arm doesn’t move. This usually means the worm gear inside the reduction box has stripped its brass bushing. The motor spins, the gear doesn’t engage, and you get that familiar drone with zero motion. In Sandy Springs, we see this most often on gates installed before 2019, when Ghost Controls used a softer brass alloy.
• The gate reverses direction before reaching the open or closed limit. The motor’s internal Hall sensor is sending erratic position data to the control board. The board interprets this as an obstruction and reverses for safety. Cleaning the sensor rarely fixes it; the sensor is molded into the motor housing and isn’t sold separately.
• Intermittent operation that worsens in afternoon heat. The motor’s thermal cutoff is degrading. Ghost Controls motors are rated to 140°F ambient, but a black motor housing in direct Georgia sun can exceed that by 2 PM in July. Once the thermal switch starts weakening, it trips at lower and lower temperatures until the motor won’t run at all on hot days.
• Visible corrosion or water staining on the motor housing. The vent holes on pre-2020 TSS1/TDS2 motors are positioned facing upward on some installations. Rainwater pools inside, the bearings rust, and the shaft seizes. We’ve pulled motors from Sandy Springs properties where the housing contained standing water and the bearing race had turned orange.
• The gate moves slower than it used to, especially on the uphill swing. Motor winding resistance is increasing as the copper degrades. The control board still delivers full voltage, but the motor can’t produce enough torque. On a dual-gate system, you’ll often notice one side lagging behind the other by several seconds.

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Replacement Cost & What’s Included

The price range depends on three factors: motor generation (AXWK/DXP cost more than TSS1/TDS2), whether the existing arm bracket is reusable, and if the motor failure damaged the control board. We see board damage about 15% of the time - when a seized motor draws excessive current, it can fry the output relay. We test the board before quoting; you’ll know the full price before we unbolt anything.

Every motor replacement includes new mounting hardware, dielectric grease on all connections, limit-switch reprogramming, and a full safety cycle test. Under Clause 4 of The Haven Standard, we photograph the old motor’s part label, the new motor’s serial number, and the final limit-switch positions. You get copies before we leave. The 365-Day Done Right Promise covers the installation and the motor itself.

DIY or Call Us?

There are two things a Sandy Springs homeowner can safely check before calling: the breaker feeding the outlet, and whether the manual release key turns freely. If the breaker is tripped or the release is jammed with debris, you may not need a motor at all.

Everything past that point involves line-voltage wiring, a motor that weighs 12-18 pounds and is mounted overhead on most swing gates, and a spring-loaded arm that stores enough energy to pinch fingers or worse. The Ghost Controls manual release doesn’t fully unload the gate’s weight; it just disconnects the motor. A heavy iron gate on a sloped driveway can swing unexpectedly when the motor is removed. We’ve responded to calls where a DIY motor swap turned into a gate-off-the-hinges situation.

We don’t write this to discourage capable people. We write it because we’ve documented the aftermath. If you want to verify the diagnosis yourself, pull the motor’s two-wire harness and test for 24V DC at the control board during a cycle command. No voltage means the board; voltage present but no motion means the motor. That’s as far as we’d push it without proper supports and a second person.

When you’re ready for the actual swap, call (470) 885-1464. We’ll quote it in writing before the toolbox opens.

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