1959-67 Honda CB125SS / CB92 1 Ohm Dual Output 6V Ignition Coil
Sold individually
Sold individually
1959-67 Honda CB125SS / CB92 1 Ohm Dual Output 6V Ignition Coil is an aftermarket part for the Honda CB applications listed in this product information. Before ordering, confirm voltage, pin or connector layout, mounting, and electrical specifications.
Universal/custom application. Before ordering, confirm voltage, pin or connector layout, mounting, and electrical specifications.
Check the listed model and year, then read any fitment notes in the description.
| Make | Model | Year |
|---|---|---|
| Honda | CB92 | 1959 |
| Honda | CB92 | 1960 |
| Honda | CB92 | 1961 |
| Honda | CB92 | 1962 |
| Honda | CB92 | 1963 |
| Honda | CB125SS | 1967 |
No listed models match your search.
To the USA & Canada. In-stock orders usually ship from our own warehouse the same or next business day.
| Destination | Delivery time |
|---|---|
| USA | 4–7 business days |
| Canada | 2–6 business days |
Ground shipping includes tracking, emailed when your order ships. Need it sooner? Express options are available at checkout.
No restocking fees. Eligible parts must be unused, uninstalled, unaltered and complete. The 60-day window starts when your order is delivered.
Electrical parts are excluded from standard returns. Check return eligibility.
Start your return below. Wait for our instructions before mailing a part back.
Start a returnCanada Post Economy: Available at checkout for select small items. Allow 1–3 weeks for delivery. No tracking or insurance is included.
Outside the USA & Canada: Delivery times vary by destination and shipping method. Buyers are responsible for applicable duties, taxes and import fees. We cannot mark orders as gifts.
One dual-output coil is included and one coil serves both cylinders on the compatible twin-cylinder applications.
No. It is specified for a 6-volt ignition system. Match system voltage and the required primary resistance before installation.
Confirm the motorcycle still has its intended 6-volt ignition arrangement, then compare mounting, terminal connections, plug-wire routing and coil resistance.