Your Selected Vehicle
Parts for your 1987 Suzuki Swift-Batteries
LED Autolamps Multi Fit Steel Bracket To Suit 280/282/275/80/283/284 Triple Combination Lamps - MFBKT
LED Autolamps Twin function rear position with supplementary rear indicator - 97RIM
LED Autolamps Multi Volt Stop/Tail/Indicator/Reverse Assembly With 4 Lamps - 80BARRWM
Explore 4WD & Adventure
LED Autolamps RHS, Stop/Tail/SEQ-Indicator/Reverse/Reflector 12/24V 284 X 100 X 37mm, DT04 Connector - SO284RHS
LED Autolamps Multi Volt Rear Combination LED Lamp With Grey Housing And Base - 275GARWMB
LED Autolamps 12V Front Indicator Amber Lens Black Base Twin Blister Pack - 175A/2
LED Autolamps Tray Conversion Kit To suits Hilux Contains Two Cables - PATCH-HILUX
LED Autolamps 174 Series Stop/Tail/Indicator Lamp 12/24V, Surface Mount, 40cm Cable - 174ARMB
LED Autolamps 12V Interior Strip lamp Touch Sensor Switch With MCU Circuitry - 40260SMCU
LED Autolamps 12/24V 16 LED Stop/Tail Indicator Lamp Black Bracket Blister Pack - 201BSTIM
LED Autolamps Twin function rear position with supplementary rear indicator - 97CRIMCSB
1987 Suzuki Swift Batteries
Based on period Suzuki service manuals and wiring diagrams for the 1987 Swift, this model runs a 12‑volt lead‑acid starting battery. The battery feeds the starter motor, ignition, lights, ECU (on EFI variants) and accessories, and is charged by the alternator when the engine’s running. So yes—batteries are absolutely relevant to the 1987 Suzuki Swift.
In day‑to‑day terms, the battery’s job is to provide a solid hit of current to crank the G10/G13 engine and stabilise the electrical system under the bonnet. Once the alternator takes over, the battery smooths voltage spikes and keeps things happy at idle with lights, wipers and the blower on. For most Aussie and Kiwi Swifts from this era, a compact JIS‑case 12 V battery is used, owners should match tray dimensions and terminal orientation, with cold‑cranking performance typically around the mid‑300 CCA range.
As part of routine servicing, it’s smart to give the battery some love. A healthy Swift is easier to live with, especially on cold mornings or after a week of short hops.
- Do a quick visual check each service: look for bulging, leaks, loose clamps, and frayed cables. Ensure the hold‑down is snug so the battery can’t rattle over corrugations.
- Keep terminals clean. Neutralise corrosion with a bicarb soda solution, rinse, dry, then coat lightly with dielectric grease. Tighten clamps firmly, but don’t over‑crush soft lead posts.
- Test resting voltage after the car sits overnight, 12.6 V is healthy, 12.4 V is okay, below 12.2 V suggests it needs charging or testing. With the engine running, the alternator should show roughly 13.8–14.5 V at the terminals.
- If the Swift cranks slowly, lights dip at idle, or the radio resets, get a load test done. Many batteries in AU/NZ climates last 4–6 years, city short trips and high heat can shorten that.
- When replacing, match case size, terminal layout (L/R), and CCA to the driving conditions. For mostly urban use, prioritise reserve capacity, for colder regions or lots of night driving, a bit more CCA helps.
- Safe handling: remove the negative (–) terminal first and refit it last. Keep sparks and smokes well away.
A fresh, correctly sized battery keeps the 1987 Suzuki Swift starting first turn and protects sensitive electrics from voltage dips. That’s time and hassle saved over thousands of kilometres.
Popular questions about 1987 Suzuki Swift batteries
What battery type and size fits a 1987 Suzuki Swift?
Most 1987 Swifts use a 12‑volt lead‑acid SLI battery in a compact JIS case. Common fits include sizes similar to 40B19 or 46B24 with left or right positive depending on cable reach. It’s best to check the tray dimensions, hold‑down style and terminal orientation on the car, then choose a unit with around mid‑300 CCA for dependable cranking.
How often should the battery be replaced?
In Australian and New Zealand conditions, expect about 4–6 years from a quality battery. Heat, short trips and infrequent use can shorten life. If cranking slows, lights dim at idle, or the case shows swelling/corrosion, get a battery and charging‑system test done and plan a replacement before it strands the car.
Why does the Swift need a battery if the alternator charges while driving?
The alternator needs the battery as a buffer and to supply power before the engine is running. The battery stabilises voltage at idle and during sudden loads (headlights, demister, wipers). Without a healthy battery, the starter can’t crank the engine, and electricals can misbehave with voltage dips.