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Parts for your 2009 Mitsubishi Lancer-Batteries
LED Autolamps 12/24V Cat6 Side Direction Indicator Clear Lens Blister Pack - 77ACM
LED Autolamps 12/24V Reverse Lamp Horizontal/Vertical Mount Twin Blister - 11WM-2
LED Autolamps Multi Volt Stop/Tail Lamp With Rubber Grommet And Plug - 164RM
LED Autolamps LHS, Stop/Tail/SEQ-Indicator/Reverse/Reflector 12/24V 284 X 100 X 37mm, DT04 Connector - SO284LHS
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LED Autolamps 24V Front Indicator And Park Light Chrome Bezel Blister Pack - 285CAW24
LED Autolamps 12V Stop/Tail Lamp Black Chrome Round With Clear Lens - 102RBC
LED Autolamps 12V Front Indicator Amber Lens Black Base Twin Blister Pack - 175A/2
LED Autolamps 12/24V Stop/Tail/Indicator/Reverse Lamp 460x130x33mm - 460ARWM
LED Autolamps Licence Plate Lamp Black Bracket Multi Volt With 1m Cable - 35BLM1P
LED Autolamps 12/24 Multi Volt Stop/Tail Lamp 36 LEDs With 40cm Wire - 80RM
LED Autolamps 12V/24V Round LED Stop/Tail Lamp With Grommet and Plug - 110RMG
LED Autolamps 12V 82 Series Stop/Tail/Indicator/Reverse Lamp Black Bracket - 82BARW
LED Autolamps 12/24V Round Stop/Tail Lamp With Clear Lens 130mm Diameter Recessed Mount Blister Pack - 102RCM
LED Autolamps 12V Stop/Tail/Indicator/Licence Plate Lamp With Reflector - 149BARL4P
LED Autolamps Twin function rear position with supplementary rear indicator - 97RIM
LED Autolamps 12/24V LED Reverse Lamp Screw Surface Mount Blister Pack - 12WM-2
LED Autolamps Multi Volt Stop/Tail/Indicator With 18 Square LEDs Twin Blister - 135ARM/2
2009 Mitsubishi Lancer Batteries
Based on technical sources including the 2009 Mitsubishi Lancer owner’s manual (Starting and Charging System), the CJ-series workshop manual, and OEM parts catalogues, the 2009 Lancer absolutely uses a 12‑volt automotive battery. It’s a conventional lead‑acid unit that supplies cranking power and stabilises the vehicle’s electrical system, so batteries are both relevant and essential on this model.
In a 2009 Lancer, the battery’s job is more than just getting the engine to fire on a cold morning. It powers critical modules (ECU, ABS, SRS), lighting, accessories and keeps everything smooth when loads change, while the alternator does the charging once the engine’s running. Under the bonnet, it’s secured with a hold‑down and connected via clearly marked positive and negative terminals.
As part of regular servicing, it’s smart to treat the battery like a wear item. In Australian and New Zealand conditions, most drivers see 4–6 years out of a quality unit. If cranking becomes lazy, lights dim at idle, or there’s a sulphur smell or swelling, it’s time for testing or replacement. When replacing, match the physical size, terminal layout and cold cranking amps (CCA) specified for the Lancer, and make sure the hold‑down fits properly so the battery can’t move over rough roads.
- Check health at every service: a conductance or load test beats guesswork.
- Voltage guide: about 12.6 V is fully charged, ~12.2 V is low and needs charging.
- Charging: use a smart charger compatible with lead‑acid/AGM and follow safety steps.
- Terminals: keep clean and tight, a light smear of dielectric grease helps prevent corrosion.
- Alternator check: with the engine running, expect roughly 13.8–14.5 V at the terminals.
If disconnecting the battery, using a memory saver helps retain radio presets and saves time with idle relearn. After reconnection, the Lancer may need a brief idle stabilisation (let it idle with accessories off, then with A/C on) so the ECU can settle. Short‑trip driving can be hard on batteries, so a periodic longer run or an overnight maintenance charge can add years to its life.
Popular questions about 2009 Mitsubishi Lancer batteries
What battery type and size fits a 2009 Mitsubishi Lancer?
This model takes a 12‑volt lead‑acid battery. Many owners choose a maintenance‑free flooded unit or AGM equivalent. The key is to match case size, terminal layout (polarity) and CCA to the Lancer’s specification. Checking the owner’s manual or the label on the current battery, and confirming the clamp and tray dimensions, keeps fitment hassle‑free.
How often should the battery be replaced?
In Aussie and Kiwi climates, a quality battery typically lasts 4–6 years. City short trips, heat, or lots of accessories can shorten that. Annual testing—especially before winter—helps avoid surprise no‑starts and lets owners plan a timely swap.
Will disconnecting the battery affect the ECU or radio?
Yes. Presets may disappear and the ECU may need a short idle relearn after reconnection. A memory saver can keep settings intact. If disconnecting, note radio codes if applicable, and follow safe procedures to avoid sparks around battery gases.