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Parts for your 1989 Suzuki Swift-Batteries
LED Autolamps 12/24V LED Stop/Tail/Indicator/Reverse Lamp 200x50x28mm Twin Blister - 200BIRSTME2
LED Autolamps 12/24V 280 Mini Jumbo Stop/Tail/Indicator/Reverse LED Light Blister Pack - 280ARWM
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LED Autolamps 10/30V Amber Emergency Bar Clear Lens With Amber LEDs 19 Selectable Flash Patterns - LB964ACM
LED Autolamps 12V LED Stop/Tail/Indicator/Reverse Assemnly Lamp With 108 LEDs - 80BARW
LED Autolamps 90 Series Green Emergency LED Strobe/Warning Light 12V/24V Surface Mount - 90GM
LED Autolamps 12/24V LED Stop/Tail Lamp With Red Lens Round With Grommet/Plug - 113RMG
LED Autolamps Rear combination L/R tail lights with sequential indicator, Chrome, Twin Blister - 355ARWM-2
LED Autolamps 12/24V Amber LED Emergency Lamp With Strobe Permanent Mount - 93AM
LED Autolamps 10/30V Rear Position Marker 2 Red LEDs With 40cm Wire Blister Pack - 58RM
LED Autolamps 355 Series Multi Volt Black Stop/Tail/Indicator/Reverse/Reflector LHS & RHS Twin Blister Pack - 355BARWM-2
LED Autolamps 90 Series Blue Emergency LED Strobe/Warning Light 12V/24V Surface Mount - 90BM
LED Autolamps 12V Sequential Indicator Strip Light 10 Square LEDS Amber Lens Blister Pack - 235ASEQ-2
LED Autolamps 12V Stop/Tail/Indicator Lamp With Reflex Reflector 100x100x25mm - 100BAR
LED Autolamps 12V Stop/Tail/Ind/Rev LED Light Kit 450mm Loom DT04 Connector - SO282ARWM2LR450
LED Autolamps 12/24V LED Stop/Tail/Indicator/Reflector Light 28cm Cable Blister Pack - 275MAR
1989 Suzuki Swift Batteries: purpose, care, and when to replace
Based on factory service information and period workshop manuals for the 1989 Suzuki Swift, this model is fitted with a 12‑volt, negative‑earth lead‑acid battery. It supplies cranking power for the starter motor and energises the ignition, fuel and lighting systems, with the alternator keeping it charged while driving.
For this Swift, the battery’s job is simple but vital: deliver a strong burst of current to start cold, then provide stable voltage for lights, wipers, the heater fan, radio and any accessories. Around town, especially on short trips, it cops a hiding, so condition and charge really matter.
When servicing a 1989 Swift, it’s smart to include basic battery checks. Most owners will see 3–5 years from a quality unit, depending on climate and usage. Signs it’s time to replace include slow cranking, dim dash lights at start-up, a swollen case, or a rotten‑egg smell. A rested battery should read about 12.4–12.7 V, with the engine running, charging voltage at the terminals should sit roughly 13.8–14.6 V.
- Choose a 12 V lead‑acid battery that matches the tray size and terminal orientation, aim for a cold cranking amps (CCA) rating in the 300–450 CCA range. Check the handbook or existing label if unsure.
- Keep terminals clean and tight, a dab of petroleum jelly or terminal spray helps prevent corrosion.
- Ensure the hold‑down is snug so the case can’t bounce over rough Kiwi backroads or Aussie corrugations.
- If the battery has service caps, check electrolyte covers the plates and top up with distilled water as needed. Many replacements are maintenance‑free and shouldn’t be opened.
- If the Swift isn’t driven often, a smart maintenance charger will prevent sulfation and extend life.
- When replacing, save any radio presets if needed, then remove the negative (−) cable first, positive (+) second.
- Swap the battery, clean the clamps, and refit positive first, negative last. Reset the clock and radio.
- Recycle the old battery responsibly, most parts stores accept trade‑ins.
Handled this way, the 1989 Suzuki Swift’s battery will crank eagerly on frosty mornings, keep the lights bright on night runs, and deliver reliable service for plenty of kilometres.
Popular questions about 1989 Suzuki Swift batteries
What battery type and specs suit a 1989 Suzuki Swift?
It takes a 12 V lead‑acid starting battery (negative earth). Pick one that fits the tray and terminal layout, with a CCA rating typically between 300 and 450 CCA. When in doubt, match the dimensions and terminals of the unit being replaced or check the owner’s handbook.
What charging voltage should they see, and how do they test it?
At rest, a healthy, fully charged battery should read about 12.6 V. With the engine idling and accessories off, the alternator should deliver roughly 13.8–14.6 V at the terminals. Use a multimeter and, if the reading is outside this window, have the charging system checked.
Why does the battery keep going flat?
Common culprits are short, infrequent trips, an ageing battery, loose or corroded terminals, a parasitic drain (e.g., glovebox light), or a weak alternator. Fix the basics first—clean clamps, secure the hold‑down, and test the battery and charge rate. If it’s a low‑use Swift, consider a smart trickle charger.