Firing Order for the 2000 Honda Civic 1.6 (Distributor Models)
The firing order is 1-3-4-2. This applies to 2000 Honda Civic 1.6-liter engines that use a distributor (D16 series), including common trims with the D16Y7, D16Y8, and D16Y5. Cylinder No. 1 is on the timing belt side of the engine, and the distributor rotor turns counterclockwise.
Contents
Cylinder Numbering and Distributor Rotation
On the transverse-mounted 1.6L D-series engines, the cylinders are numbered 1-2-3-4 from the passenger side (timing belt end) to the driver’s side (transmission/distributor end). The distributor rotor spins counterclockwise, so the plug-wire sequence on the cap follows that direction: 1, then 3, then 4, then 2.
Why This Matters
Incorrect wire routing can cause misfires, rough idle, backfiring, poor fuel economy, and a no-start condition. Verifying both cylinder numbering and the distributor’s rotation ensures the 1-3-4-2 sequence is applied correctly.
Plug-Wire Routing on the Distributor Cap
The steps below explain how to connect the spark plug wires to match the correct firing order on a distributor-equipped 2000 Civic 1.6.
- Identify Cylinder No. 1 at the timing belt end of the engine (passenger side).
- Bring the engine to top dead center (TDC) on the compression stroke for Cylinder No. 1 if you need to confirm the No. 1 terminal on the cap; the rotor will point to the No. 1 post.
- Attach the wire from Cylinder No. 1 to the distributor cap terminal where the rotor points at TDC.
- Route the remaining wires counterclockwise around the cap in this order: 3, 4, then 2.
- At the engine, ensure wires go to cylinders 1-2-3-4 in physical order from passenger to driver’s side.
Once connected, the distributor cap will have its posts wired in a counterclockwise sequence of 1-3-4-2 starting from the No. 1 position, ensuring proper ignition timing and smooth operation.
Engines This Applies To
The following 1.6-liter distributor-equipped Honda engines in the 2000 Civic share the same firing order.
- D16Y7 (SOHC, non-VTEC)
- D16Y8 (SOHC VTEC; found on many EX models through 2000)
- D16Y5 (SOHC VTEC-E; HX models)
All of these D-series variants use the 1-3-4-2 firing order with counterclockwise distributor rotation.
Quick Troubleshooting Tips
If the engine runs poorly after plug wire service, use the checklist below to isolate common issues related to firing order and ignition.
- Confirm the wire sequence on the cap goes counterclockwise 1-3-4-2 from the No. 1 terminal.
- Verify cylinder numbering: 1-2-3-4 from passenger to driver’s side.
- Look for loose or crossed wires and damaged boots; reseat firmly.
- Inspect the distributor cap and rotor for carbon tracking, cracks, or corrosion.
- Check spark plug gap and condition; typical spec is about 1.1 mm (0.044 in), but confirm with the under-hood emissions label or service manual.
If symptoms persist, recheck base timing and consult the factory service manual for model-specific diagnostic steps.
Summary
The 2000 Honda Civic 1.6 with a distributor uses a 1-3-4-2 firing order, with Cylinder No. 1 at the timing belt end and counterclockwise distributor rotation. Route the plug wires counterclockwise on the cap from the No. 1 terminal to 3, 4, and 2, and verify cylinder numbering from passenger to driver’s side to ensure correct operation.
What is the order of spark plugs on a distributor cap?
All with dashes in between that’s your firing. Order which cylinders fire in which order. So we’ve got one we know it’s clockwise. So if this is one then this is going to be eight.
What is the firing order of a V6 distributor?
On the driver’s. Side bank one we have cylinder number one three and five on the passenger. Side bank Number two you have cylinders. Number two 4 and six and the firing order is as follows.
What is the firing order of a Honda Civic?
The cylinders are numbered sequentially, 1, 2, 3, 4 from front to back. The firing order is 1-3-4-2.
What is the dizzy order of the D16Y8?
For the D16Y8 VTEC engine, spark plug wires connect the distributor cap to each spark plug in a specific firing order: 1-3-4-2. Misrouted or damaged wires cause misfires and poor performance.


