When choosing a new battery for your Mitsubishi Space Star II (produced from 2012 onwards), it’s essential to consider several key factors to ensure optimal performance, longevity, and compatibility with your vehicle’s electrical system. The Mitsubishi Space Star II comes equipped with a range of engines—primarily the 1.0 MIVEC (52 kW) and various 1.2 MIVEC versions (56, 57, and 59 kW)—each with slightly different requirements, particularly regarding the inclusion of the Start-Stop system. This system plays a crucial role in modern vehicles by reducing fuel consumption and emissions, but it also places additional demands on the car’s battery.
For models without the Start-Stop system, such as the 1.0 MIVEC (52 kW) variant, a conventional lead-acid battery is sufficient. In this configuration, the recommended battery capacity is 60Ah, with a cold cranking amperage (CCA) of 540A. While these specifications might seem moderate, they are tailored to the car’s electrical needs and compact size. Suitable examples include models like the Bosch S40 24, Lucas LP005, and Varta D47. These are not the only possibilities, but they represent reliable and widely available options. One interesting detail worth noting is the specific battery terminal and mounting type required: the Space Star II in this version uses the less common B0 mounting, rather than the more widely used B13. This distinction is important because it affects fitment and installation; always double-check the mounting type before purchasing a replacement battery.
For the Start-Stop equipped versions—which include the 1.0 MIVEC (52 kW) with Start-Stop, as well as the range of 1.2 MIVEC engines (56, 57, and 59 kW)—the requirements shift towards enhanced flooded batteries (EFB). The Start-Stop system repeatedly turns the engine off and on during urban driving, necessitating a battery that can handle frequent deep discharge and recharge cycles without degrading quickly. Here, the recommended battery is a 65Ah EFB type with a higher CCA of 650A. A commonly recommended, compatible model is the Varta N65, which is designed to support the energy demands and repeated cycling of vehicles with Start-Stop technology. Again, this is just an example—other brands offer similar batteries that meet these criteria. An interesting quirk of the Start-Stop models is the even rarer B00 battery mounting system, which is less commonly stocked than the B13 or even B0 types, so it’s especially important to confirm compatibility when shopping for a replacement.
Beyond the strictly technical aspects, it’s worth highlighting that battery technology has evolved rapidly in the last decade. The move from traditional SLI (Starting, Lighting, Ignition) batteries to EFB and even AGM (Absorbent Glass Mat, though not required for the Space Star II) reflects the increasing demands placed on modern cars by advanced electronics, infotainment, and safety systems. Even if your current battery appears to be functioning, a failing battery can cause a host of unpredictable electronic issues, from malfunctioning sensors to unreliable Start-Stop performance. Regular checks and preventative replacement can save you from being stranded at the least convenient moment.
Finally, while manufacturers and battery suppliers offer recommendations based on the original specifications, it’s always a good idea to consult your vehicle’s manual and, if possible, visually inspect the existing battery to confirm dimensions and terminal arrangements. If your Space Star II is equipped with aftermarket electronics or if you often drive in extreme temperatures, you may wish to opt for a battery with slightly higher performance specs, while still remaining within the physical and electrical compatibility limits of your car. In summary, the right battery for the Mitsubishi Space Star II depends chiefly on whether your car has a Start-Stop system; for non-Start-Stop models, a 60Ah lead-acid battery with B0 mounting will suffice, while Start-Stop versions demand a 65Ah EFB battery with B00 mounting. Always verify mounting type and consider reputable brands like Bosch, Lucas, and Varta as examples of suitable options for reliable motoring.
Mitsubishi Space Star in version II is produced from 2012. Below we present the specifications of batteries suitable for specific engines.
Basic parameters of batteries suitable for Mitsubishi Space Star (2012-):
| Layout | Terminal types | Base hold-down |
|---|---|---|
| 0 – positive on the right side | 1 | B0 |
Mitsubishi Space Star II – petrol engines:
- 1.0 MIVEC (52 kW) – with Start-Stop
- 1.2 MIVEC (56 kW) – with Start-Stop
- 1.2 MIVEC (57 kW) – with Start-Stop
- 1.2 MIVEC (59 kW) – with Start-Stop
| Model | Capacity and CCA | Dimensions (LxWxH) | Price |
|---|---|---|---|
| Varta Blue Dynamic EFB N65 | 65 Ah 650 A | 232x173x225 mm | More |
For the Mitsubishi Space Star II, equipped with the 1.0 MIVEC (52 kW) Start-Stop, 1.2 MIVEC (59 kW) Start-Stop, 1.2 MIVEC (57 kW) Start-Stop, and 1.2 MIVEC (56 kW) Start-Stop petrol engines, the selection of a suitable battery is crucial for optimal operation, especially considering the start-stop system present in all of these engine variants. These engines require batteries that can handle frequent engine restarts and deliver consistent performance in urban driving conditions, where the start-stop technology is most actively engaged.
For these specific Space Star II engines, EFB (Enhanced Flooded Battery) technology is recommended due to its enhanced cycle life and improved charge acceptance compared to standard lead-acid batteries. The Varta Blue Dynamic EFB N65 battery fits these criteria exceptionally well. With a capacity of 65 Ah and a cold cranking amperage of 650 A, this battery ensures reliable starts even under demanding conditions. Its compact dimensions (232 mm in length, 173 mm in width, and 225 mm in height) make it suitable for the battery compartment of the Space Star II, and it features a standard terminal layout (0), terminal type 1, and B00 mounting, ensuring easy installation and compatibility.
The advanced EFB construction is particularly beneficial for vehicles like the Space Star II with start-stop systems, providing greater durability and resistance to deep discharges caused by frequent engine restarts. Choosing an EFB battery like the Varta Blue Dynamic N65 ensures that the electrical demands of the modern Mitsubishi Space Star II engines are fully supported, contributing to the longevity and reliability of both the battery and the start-stop system itself.
Mitsubishi Space Star II – petrol engines:
- 1.0 MIVEC (52 kW)
| Model | Capacity and CCA | Dimensions (LxWxH) | Price |
|---|---|---|---|
| Bosch S4 S40 24 | 60 Ah 540 A | 232x173x225 mm | More |
| Lucas Premium LP005 | 60 Ah 540 A | 230x170x225 mm | More |
| Varta Blue Dynamic D47 | 60 Ah 540 A | 232x173x225 mm | More |
For the Mitsubishi Space Star II equipped with the 1.0 MIVEC (52 kW) petrol engine without the Start-Stop system, the battery requirements differ from those of the start-stop variants. Since this engine does not utilize frequent automatic engine restarts, it does not require the advanced cycle durability found in EFB or AGM batteries. Instead, a high-quality standard lead-acid battery is both sufficient and recommended, offering a reliable balance of performance, durability, and cost-efficiency for everyday driving needs.
Among the most suitable battery options for the 1.0 MIVEC (52 kW) non-start-stop engine are the Bosch S4 S40 24, Varta Blue Dynamic D47, and Lucas Premium LP005. Each of these batteries provides a capacity of 60 Ah and a cold cranking amperage of 540 A, ensuring confident starts even in colder weather or after extended periods of inactivity. Their compact dimensions—approximately 232 mm in length, 173 mm in width, and 225 mm in height for Bosch and Varta, and slightly smaller for Lucas—fit perfectly within the battery tray of the Space Star II, while the standard terminal arrangement (layout 0, terminal type 1) and B0 mounting allow for straightforward installation and secure fitment.
Opting for one of these standard batteries ensures optimal compatibility with the vehicle’s electrical system and meets all manufacturer requirements for the 1.0 MIVEC engine. These batteries are robust enough to support daily use, power all standard onboard electronics, and provide dependable operation without the added expense of start-stop specific technologies. This makes them an ideal choice for drivers seeking longevity and hassle-free performance in their Mitsubishi Space Star II with the 1.0 MIVEC (52 kW) petrol engine.
If you’re still unsure which battery fits your Mitsubishi Space Star , or if you want to help others in their selection, please send us a photo of your current battery in the comment section at the bottom of the page. You can also send the picture to contact@whatbattery.co.uk (we will place it in the comments to also help other users). Be sure to specify the car model, year, type, as well as the engine capacity and power. We’ll do our best to assist you!