CLUB CAR TEMPO WON’T MOVE

01 : Power In, No Drive: What That Means

A Tempo with working lights, horn, and key-on tone but no movement is the classic “power in, nothing out” pattern. Accessories prove the battery and key switch deliver voltage; the failure is downstream, in the heavy-current path that actually turns the motor. That single observation focuses the whole diagnosis on a short list of parts.

If the cart is completely dead instead, no lights at all, that’s a different, power-supply problem. To branch cleanly by symptom, our golf cart troubleshooter tool sorts the two paths.

02 : Why a Club Car Tempo Won’t Move: The Drive Chain

The Tempo’s drive circuit is a chain: battery → key switch → OBC → forward/reverse switch → controller → solenoid → motor. The cart only moves when every link passes current; break one and you get the identical no-move symptom. The chain is also the map, test for voltage at each junction and the fault is whatever sits just past where voltage disappears.

Because the Tempo and Precedent share this platform, the companion Club Car Precedent no-power guide applies almost directly here, and the Club Car DS won’t go forward or reverse guide covers the same chain on the older platform.

03 : Step-by-Step Test

Lift the rear wheels safely, set the meter to DC volts, and walk the chain:

1. Pack & connections. Confirm full pack voltage (~50.9V on a 48V Tempo) and wiggle every cable lug, one corroded connection can stop the cart while lights still work.
2. Key switch output. Voltage in but none out = bad key switch.
3. Solenoid. Press the pedal and listen for the click; then test the contacts under load (next section).
4. F/R switch. Check for output in both Forward and Reverse positions.
5. Controller. If voltage reaches it but nothing leaves toward the motor, and all upstream tests pass, suspect the controller.

04 : Solenoid and OBC

Test the solenoid first because it’s cheap and fails often. With the pedal pressed and the solenoid engaged, measure across the two large terminals: near 0V means the contacts are passing current; 2V or more means burnt contacts, replace it. If the solenoid is good but the Tempo still won’t move, look at the OBC. Club Car’s on-board computer manages charging and can gate the drive circuit; a confused OBC can leave the cart dead even with a healthy pack and solenoid. Our Club Car OBC bypass guide explains how the computer interacts with the drive and charge circuits and how to rule it out.

05 : Forward/Reverse Switch and Controller

The forward/reverse switch carries current every time you change direction and its contacts arc and burn over the years. If the cart is dead in one direction or both, test for switch output on the selected direction, full voltage in, near-zero out confirms burnt contacts. The controller is the last and most expensive suspect: if every upstream link tests good but the motor gets nothing, a controller that receives full voltage yet sends no output is the likely failure. For Tempo-specific wiring diagrams and identification, Club Car’s official manuals and support library is the authoritative source.

06 : Bottom Line

A Club Car Tempo that won’t move is a chain-break problem on a familiar platform. Confirm the pack and connections, test the solenoid contacts under load, rule out the OBC, check the forward/reverse switch, and only then suspect the controller. Because the Tempo shares the Precedent’s electronics, the same order that solves a Precedent solves a Tempo. Test from the battery outward, replace only what the meter condemns, and the Tempo rolls again the same afternoon.

The two-minute checks that solve most Tempo no-move calls

Before you commit to pulling panels and metering the whole chain, run the handful of checks that resolve a large share of Tempo no-move complaints in a couple of minutes. Confirm the tow/maintenance switch under the seat is in the RUN position, left in TOW, the Tempo will have full power and lights yet refuse to drive, and it is the single most common false alarm. Check that the brake is fully releasing and no warning is latched. Look for an obviously loose or corroded main battery lug, since one bad connection mimics a failed controller. Press the pedal and simply listen: a crisp solenoid click tells you the entire control side is working and sends you straight to the high-current path, while silence sends you upstream to the key switch, F/R selector, and OBC. These quick observations cost nothing, rule out the embarrassing causes first, and frequently end the job before the multimeter even comes out.