Dodge Challenger Won’t Start Just Clicks | No-Crank Fixes

If your push-button brings the dash to life but the engine stays quiet and you hear a single tap or a rapid tick, you’re in the right place. This guide walks you through fast, practical checks that solve most “click, no crank” cases on the Challenger—without guesswork or parts darts.

Challenger Clicks But Won’t Start — Common Causes

That click you hear is the starter circuit trying to work. The usual culprits are a weak battery, corroded or loose terminals, a faulty starter relay inside the fuse/relay center, a worn starter, or a control issue inside the TIPM (the fuse/relay module). We’ll triage each one in minutes.

Quick Symptom Map

What You’ll Need

• Digital multimeter (DMM)
• Jump pack or booster leads
• 10 mm/13 mm wrenches for terminals and grounds
• Dielectric grease and a wire brush
• Relay puller (needle-nose pliers work in a pinch)

Step-By-Step: From Easiest To Deeper Checks

1) Verify Battery State Fast

Pop the hood and check the posts and clamps. Any white/green crust or looseness steals voltage. Clean both sides to bare metal and snug them down. Then measure voltage across the posts:

• 12.6 V+ after sitting = fully charged.
• 12.2–12.4 V = borderline; charge and retest.
• <12.2 V = low; charge or jump for testing.

Now hold the meter on the posts and try to start. Watch the lowest number during the click. Healthy systems usually stay above the mid-9s under load. A drop well below that points to a weak battery or high resistance in the path to the starter.

2) Rule Out A Quick Relay Fault

The starter relay sits in the power distribution center/TIPM. Many trims use swappable micro-relays. If a non-critical twin shares the same part number, swap them for a 30-second A/B test. If the click changes or the engine cranks, replace the relay. If nothing changes, move on.

3) Check Grounds And The Big Cables

Follow the negative cable from the battery to the body and the engine block. Any loose lug or rusty stud will drop voltage under load. Remove, clean mating surfaces, add a thin smear of dielectric grease, and tighten. Do the same for the main positive feed to the starter and the feed going into the fuse/relay center.

4) Try A Known-Good Jump

Use a strong jump pack or a running helper vehicle. Connect positive to positive, negative to a clean engine ground. Let it sit for a minute to share charge, then try again. If the car cranks with a jump, the battery is near the end or drained by a parasitic draw. Replace or charge and test.

Need the factory steps? Your owner’s manual jump-starting procedure shows the exact connection points for recent model years.

5) Confirm Shifter And Brake Inputs

The starter won’t engage unless the car sees “Park/Neutral” and a pressed brake. Rock the shifter fully into Park, try Neutral, and press the pedal firmly. Watch for any dash messages. If it cranks in Neutral but not in Park, the range sensor or linkage needs attention.

6) Listen: Single Click Versus Rapid Clicking

Single click often points to the relay/solenoid trying once with borderline voltage or a starter that’s sticking. Rapid clicks usually mean the battery voltage sags, the relay drops out, then re-energizes in a loop. Each pattern tells you where to look next.

7) Starter Motor And Solenoid Check

If battery and cables pass and the relay is good, the starter itself may be worn. Tap the starter body lightly with a plastic handle while a helper hits Start. If it cranks, the brushes are at the end and the unit needs replacement. Before condemning it, verify that the small control wire at the starter receives 12 V during a start request and that the main feed holds voltage under load.

Fuse, Relay, And TIPM Pointers

The Challenger routes starter control through the TIPM. That box houses the starter relay and key fuses. A blown feed fuse or a cooked relay will give you a click or nothing at all. For your model year, match labels inside the cover with a diagram, then check the relevant fuses and the relay cavity for heat marks.

Need a diagram fast? Year-specific fuse layouts for 2008–2014 and 2015–2023 Challengers are widely published; they’ll help you pick the right cavity to test without guesswork.

What The TIPM Actually Does Here

Think of the TIPM as the traffic cop for power. It gets a start request from the push-button, checks that all “OK to crank” signals line up, then energizes the starter relay. If the internal relay driver or the printed contacts inside the box fail, you can hear a click while no current reaches the starter. That’s why relay swaps and fuse checks sit early in this guide, right after the battery.

Push-Button Start Quirks Worth Checking

• Try a second fob and replace the fob battery.
• Press the button with the fob itself if the RF hub struggles to read it.
• Cycle: foot off brake → two presses to IGN ON → foot on brake → press to Start. If it now clicks differently, you just confirmed the system is trying to hand off to the starter circuit.

Battery Testing: Numbers That Matter

Open-circuit voltage is only a snapshot. The real proof is how the battery behaves under load during a crank. A quick pass/fail rule many technicians use: a fully charged 12-volt starting battery that can’t stay near the mid-9s during a crank at room temperature is near the end and won’t spin a big V6/V8 reliably. Temperature, state of charge, and cable losses can shift this, so test after a full charge and clean connections.

Want a second opinion? Many auto clubs and shops print a slip that shows measured cold-cranking performance and whether the battery should be replaced. You can scan that slip and stash it in the glove box for next time.

Voltage Drop Tests That Find Hidden Losses

Even with a fresh battery, a dirty or loose connection can rob enough voltage to stall the starter. Use the DMM to measure drop across each segment while a helper hits Start:

• Positive side: meter on battery + and starter B+ stud.
• Ground side: meter on starter case and battery − post.

Readings over a few tenths of a volt on either side call for cleaning and retorquing lugs, replacing frayed cables, or moving a corroded ground to clean metal.

Model-Year Notes And Where To Look

2008–2014

These years use layouts that place many start-related fuses and the relay in the underhood power center. Diagrams label the starter feed and ignition run relays. Use the cover map and a year-correct guide to identify the relay cavity and high-amp feeds.

2015–2023

Most of these years still use a serviceable starter relay in the front power center. Some trims pack more electronics into the TIPM, so be gentle pulling relays and don’t bend terminals. You’ll also find a rear power center that carries high-amp feeds; a blown feed here can starve the front box.

Common Mistakes That Waste Time

• Testing at the cable clamps instead of the posts and missing a crusty post-to-clamp interface.
• Judging only by dash lights. The starter draws far more current than the dash ever will.
• Skipping a full charge before a load test, which leads to false fails.
• Overtightening battery lugs and cracking a post.

DIY Fixes That Solve Most “Click, No Crank” Calls

1. Charge the battery fully, then crank-test while watching voltage.
2. Clean both terminals and both primary grounds to shiny metal and retorque.
3. Swap the starter relay with a matching spare and retest.
4. Check the relevant fuses in the front and rear power centers.
5. Confirm the small control wire at the starter gets 12 V during Start.
6. If the control wire has power and grounds are solid, replace the starter.

Starter System Reading Cheat Sheet

When It’s Not The Battery

If the battery passes a load test and jump-starting changes nothing, the next suspects are the relay, the starter, or control inside the TIPM. A starter that draws too much current can also drag voltage down; a clamp-on amp probe will show a spike well above normal with no crank. In that case, replacement is the fix.

Costs, Time, And A Simple Plan

• Cleaning and retorquing cables: 15–30 minutes.
• Battery charge and test: 1–2 hours including charge time.
• Starter relay: inexpensive part, a few minutes to swap.
• Starter replacement: 1–2 hours shop time, varies by engine.

Keep a printed battery test slip. If readings keep trending down, swap the battery before it strands you.

Helpful References You Can Save

Bookmark your model-year fuse diagrams and the factory jump-start section. If you prefer a shop slip that spells out pass/fail in plain language, auto clubs publish clear battery result guides.

Send us your feedbackTell us what you thought about this post

Name * Email *

Your comment *

Quick check — what is …? *

Send feedback