Choosing the right battery for the Land Rover Range Rover III (LM) manufactured between 2001 and 2012 is essential to ensure reliable performance, especially considering the model’s premium features and robust powertrain options. This generation of the Range Rover was known for its blend of off-road capability and luxury, which demands high battery performance, especially in colder climates or when the vehicle is equipped with multiple electronic systems.
For petrol engines like the 4.2 V8 4×4 that do not have a Start-Stop system, an AGM (Absorbent Glass Mat) battery is recommended. These batteries are known for their deep cycling capabilities and resistance to vibration, which is important for a large SUV like the Range Rover. For this configuration, the minimum battery capacity should be 95 Ah, with a cold cranking amperage (CCA) of around 850 A. Some example models that match these requirements include Bosch S5A 13, Exide EK950, Exide EK960, and Varta G14. These AGM batteries also offer a longer lifespan compared to traditional lead-acid types and are well-suited for vehicles with higher electrical demands.
For the 5.0 V8 4×4 engine, which also does not use a Start-Stop system, traditional lead-acid batteries are suitable. The minimum required capacity here starts at 95 Ah and can go up to 100 Ah, with a CCA ranging from 800 to 900 A. Several lead-acid battery models fit these specifications, such as Bosch S40 13, Bosch S50 13, Exide EA1000, and Varta H3. These batteries are cost-effective and reliable for standard use, particularly if the vehicle isn’t heavily reliant on auxiliary electronics when parked.
The supercharged version of the 5.0 V8, known as the Kompressor, shares similar battery requirements with the naturally aspirated variant. Again, a capacity between 95 and 100 Ah and a CCA between 800 and 900 A is necessary. Here too, examples like Lucas LP019, Halfords HCB 019, and Exide EB950 can be used. Despite the Kompressor version’s higher performance, the battery demands remain in line with the standard 5.0 V8 because there is no Start-Stop feature increasing the strain on the system.
When it comes to the more powerful 4.4 V8 and diesel variants such as the 3.0 TD 6 and 3.6 TD 8, the battery requirements increase. These models need batteries with a minimum capacity of 110 Ah and CCA of up to 920 A. Given their increased torque and towing capacity, stronger batteries are needed to support the more demanding electrical load. Suitable examples include Bosch S50 15, Exide EB1100, Lucas LP020, and Varta I1. These batteries are generally larger and heavier but are essential for cold starts and overall durability.
The 4.4 TD V8 diesel model, which does not feature Start-Stop technology, shares similar requirements to the 5.0 petrol variants, needing between 95 and 100 Ah and up to 900 A CCA. Reliable examples for this engine would include models like Lucas LS019 or Varta G3. Diesel engines usually need higher cranking power due to higher compression ratios, so it’s critical not to underpower the vehicle with a weaker battery.
One interesting note about the Range Rover III is that despite its advanced engineering, it doesn’t use Start-Stop systems, which simplifies battery maintenance. Nevertheless, using high-quality batteries is essential because of the large number of onboard electronics, including air suspension systems, infotainment units, and navigation. A weak battery in these vehicles can often lead to system errors or malfunctions unrelated to the battery itself, making diagnostics more complicated.
Choosing a battery for the Range Rover III is not just about matching physical size or voltage. It’s about ensuring the electrical system has the reliable power it needs across all driving conditions. Whether opting for AGM or traditional lead-acid, ensuring the battery meets or exceeds the original specifications is key to maintaining the vehicle’s performance and avoiding electrical issues down the line.
Land Rover Range Rover in version III (LM) was produced in the years 2001 – 2012. We invite you to a list of batteries matching individual engine versions.
Basic parameters of batteries suitable for Land Rover Range Rover (2001-2012):
| Layout | Terminal types | Base hold-down |
|---|---|---|
| 0 – positive on the right side | 1 | B13 |
Land Rover Range Rover III (LM) – petrol engines:
- 5.0 V8 4×4
- 5.0 V8 4×4 Kompressor
| Model | Capacity and CCA | Dimensions (LxWxH) | Price |
|---|---|---|---|
| Bosch S4 S40 13 | 95 Ah 800 A | 353x175x190 mm | More |
| Bosch S5 S50 13 | 100 Ah 830 A | 353x175x190 mm | More |
| Exide Excell EB950 | 95 Ah 800 A | 353x175x190 mm | More |
| Exide Premium EA1000 | 100 Ah 900 A | 353x175x190 mm | More |
| Halfords Standard HCB 019 | 95 Ah 850 A | 353x175x190 mm | More |
| Lucas Premium LP019 | 95 Ah 800 A | 354x175x190 mm | More |
| Lucas Supreme LS019 | 100 Ah 850 A | 354x175x190 mm | More |
| Varta Blue Dynamic G3 | 95 Ah 800 A | 353x175x190 mm | More |
| Varta Silver Dynamic H3 | 100 Ah 830 A | 353x175x190 mm | More |
For the Land Rover Range Rover III (LM) produced from 2001 to 2012 with the 5.0 V8 4×4 petrol engines, both naturally aspirated and supercharged (Kompressor) versions without Start-Stop systems, selecting the right battery is crucial to support the high power requirements of these engines. These V8 engines demand batteries with a high cold cranking amperage (CCA) and substantial capacity to ensure reliable starting power, especially in colder climates and during periods of high electrical demand.
Suitable batteries for these engines are typically in the 95-100 Ah capacity range, offering a cold cranking amperage between 800 and 900 A. Leading manufacturers such as Bosch, Varta, Exide, Halfords, and Lucas offer batteries that fit these specifications and the physical dimensions required for installation in the Range Rover’s battery compartment. The correct battery size for these engines is approximately 353 mm in length, 175 mm in width, and 190 mm in height, with a standard B13 terminal layout and terminal type 1. The polarity layout required is 0, which means the positive terminal is on the right when the terminals are closest to you.
Recommended options include the Bosch S4 (S40 13) and S5 (S50 13) series, Varta Blue Dynamic (G3) and Silver Dynamic (H3), Exide Premium (EA1000) and Excell (EB950), Halfords Standard (HCB 019), as well as Lucas Supreme (LS019) and Premium (LP019). All these batteries are of the standard lead-acid type, suitable for vehicles without advanced Start-Stop systems. Their robust performance characteristics make them well-matched to the demands of the Range Rover 5.0 V8 engines, ensuring dependable operation and long service life.
Land Rover Range Rover III (LM) – petrol engines:
- 4.2 4×4
| Model | Capacity and CCA | Dimensions (LxWxH) | Price |
|---|---|---|---|
| Bosch S5 AGM S5A 13 | 95 Ah 850 A | 353x175x190 mm | More |
| Exide AGM EK950 | 95 Ah 850 A | 353x175x190 mm | More |
| Exide AGM EK960 | 96 Ah 850 A | 353x175x190 mm | More |
| Halfords Advanced AGM 019 | 95 Ah 850 A | 353x175x190 mm | More |
| Lucas Fusion AGM LF017 | 95 Ah 850 A | 353x175x190 mm | More |
| Varta Silver Dynamic AGM G14 | 95 Ah 850 A | 353x175x190 mm | More |
For Range Rover III (LM) models equipped with the 4.2 4×4 petrol engines without Start-Stop, it is especially important to choose batteries that can handle the demands of these high-displacement, high-performance powertrains. The 4.2 engines, particularly in supercharged variants, require a battery that delivers strong cold cranking amperage and a high reserve capacity to support both reliable starting and the significant onboard electrical needs typical of luxury SUVs.
For these engines, AGM (Absorbent Glass Mat) batteries are highly recommended due to their enhanced durability, vibration resistance, and ability to provide sustained power for vehicles with greater electrical consumption. Compatible batteries from leading brands such as Bosch, Varta, Exide, Halfords, and Lucas offer a capacity of 95-96 Ah and a cold cranking amperage of 850 A, perfectly matching the requirements of the 4.2 4×4 petrol engines. The physical dimensions should be 353 mm in length, 175 mm in width, and 190 mm in height, ensuring seamless installation in the factory battery tray. These batteries use the B13 mounting and terminal configuration, with polarity layout 0 (positive terminal on the right when facing the terminals), and terminal type 1, which is standard for this application.
Top choices include the Bosch S5 AGM (S5A 13), Varta Silver Dynamic AGM (G14), Exide AGM (EK950, EK960), Halfords Advanced AGM 019, and Lucas Fusion AGM (LF017). These AGM batteries are optimized for vehicles with high energy needs and are well suited for the Range Rover’s 4.2 engines, ensuring excellent starting performance and reliability over time, even in challenging conditions. Their modern AGM technology also provides greater resilience to deep discharges and repeated cycling, which is particularly valuable in luxury vehicles equipped with numerous electric features.
Land Rover Range Rover III (LM) – petrol engines:
- 4.4 4×4
| Model | Capacity and CCA | Dimensions (LxWxH) | Price |
|---|---|---|---|
| Bosch S5 S50 15 | 110 Ah 920 A | 393x175x190 mm | More |
| Exide Excell EB1100 | 110 Ah 850 A | 392x175x190 mm | More |
| Lucas Premium LP020 | 110 Ah 920 A | 393x175x190 mm | More |
| Varta Silver Dynamic I1 | 110 Ah 920 A | 393x175x190 mm | More |
For the Land Rover Range Rover III (LM) equipped with the 4.4 4×4 petrol engines produced between 2001 and 2012, and not featuring Start-Stop systems, it is essential to select a battery that meets the specific requirements of these robust V8 powertrains. The 4.4-liter engines are known for their smooth performance and substantial electrical demands, especially given the array of electronic systems and comfort features typical of this luxury SUV. For these engines, a battery with high capacity and strong cold cranking amperage (CCA) ensures reliable starts and consistent performance throughout all seasons.
The recommended batteries for the 4.4 4×4 petrol engines belong to the 110 Ah capacity class, delivering powerful cold cranking values up to 920 A. Leading manufacturers such as Exide, Bosch, Varta, and Lucas offer excellent options that fit both the technical and physical requirements of these engines. Suitable models include the Exide Excell EB1100, Bosch S5 S50 15, Varta Silver Dynamic I1, and Lucas Premium LP020. All of these batteries measure approximately 392-393 mm in length, 175 mm in width, and 190 mm in height, which matches the original battery tray dimensions of the Range Rover III. They feature the B13 mounting and standard terminal type 1, with polarity layout 0—meaning the positive terminal is positioned on the right when facing the terminals.
These standard lead-acid batteries are well suited to the electrical loads and starting requirements of the Range Rover’s 4.4 petrol engines. Their high reserve capacity and robust cranking power ensure dependable operation, even during cold starts and when powering the vehicle’s extensive onboard systems. Opting for one of these high-quality batteries from reputable manufacturers will help maintain the performance and reliability expected from a Range Rover, providing peace of mind for daily driving and long-distance journeys alike.
Land Rover Range Rover III (LM) – diesel engines:
- 4.4 TD V8 4×4
| Model | Capacity and CCA | Dimensions (LxWxH) | Price |
|---|---|---|---|
| Bosch S4 S40 13 | 95 Ah 800 A | 353x175x190 mm | More |
| Bosch S5 S50 13 | 100 Ah 830 A | 353x175x190 mm | More |
| Exide Excell EB950 | 95 Ah 800 A | 353x175x190 mm | More |
| Exide Premium EA1000 | 100 Ah 900 A | 353x175x190 mm | More |
| Halfords Standard HCB 019 | 95 Ah 850 A | 353x175x190 mm | More |
| Lucas Premium LP019 | 95 Ah 800 A | 354x175x190 mm | More |
| Lucas Supreme LS019 | 100 Ah 850 A | 354x175x190 mm | More |
| Varta Blue Dynamic G3 | 95 Ah 800 A | 353x175x190 mm | More |
| Varta Silver Dynamic H3 | 100 Ah 830 A | 353x175x190 mm | More |
For the Land Rover Range Rover III (LM) models equipped with the 4.4 TD V8 diesel engine and without Start-Stop functionality, choosing the correct battery is essential to ensure consistent performance and reliability. The 4.4 TD V8 diesel is a powerful engine with significant starting current requirements, particularly important in colder climates where diesel engines demand more power to start. Furthermore, the electrical systems in this Range Rover generation are extensive, making a high-capacity battery a necessity for smooth operation of both the engine and all onboard features.
For these diesel variants, batteries in the 95-100 Ah capacity range are the most suitable. The cold cranking amperage (CCA) should be between 800 and 900 A to provide strong and reliable starting power under all conditions. Reputable manufacturers such as Bosch, Varta, Exide, Halfords, and Lucas offer several batteries that match these technical specifications as well as the physical dimensions necessary for easy installation in the vehicle. The recommended battery size is approximately 353-354 mm in length, 175 mm in width, and 190 mm in height. These batteries are designed with polarity layout 0, meaning the positive terminal is on the right when facing the terminals, and feature the standard B13 mounting configuration with terminal type 1.
Top options for the 4.4 TD V8 diesel engine include the Bosch S4 (S40 13) and S5 (S50 13), Varta Blue Dynamic (G3) and Silver Dynamic (H3), Exide Premium (EA1000) and Excell (EB950), Halfords Standard (HCB 019), as well as Lucas Supreme (LS019) and Premium (LP019). All of these are standard lead-acid batteries, perfectly matched to vehicles without Start-Stop technology. Their robust construction and high performance make them ideal for the demanding conditions faced by diesel Range Rovers, ensuring reliable cold starts and stable operation of all vehicle systems throughout the year.
Land Rover Range Rover III (LM) – diesel engines:
- 3.0 TD 6 4×4
- 3.6 TD 8 4×4
| Model | Capacity and CCA | Dimensions (LxWxH) | Price |
|---|---|---|---|
| Bosch S5 S50 15 | 110 Ah 920 A | 393x175x190 mm | More |
| Exide Excell EB1100 | 110 Ah 850 A | 392x175x190 mm | More |
| Lucas Premium LP020 | 110 Ah 920 A | 393x175x190 mm | More |
| Varta Silver Dynamic I1 | 110 Ah 920 A | 393x175x190 mm | More |
For the Land Rover Range Rover III (LM) models equipped with the 3.0 TD6 4×4 and 3.6 TDV8 4×4 diesel engines, both without Start-Stop systems, it is especially important to select a battery that can supply the high starting currents and consistent power required by these robust diesel powertrains. Diesel engines generally demand more from the battery, especially during cold starts, due to their higher compression and glow plug operation. As such, batteries with large capacity and high cold cranking amperage (CCA) are necessary to ensure reliable performance in all conditions.
The most suitable battery group for both the 3.0 TD6 and 3.6 TDV8 engines includes batteries with a capacity of 110 Ah and cold cranking amperage ranging from 850 to 920 A. These batteries are designed to deliver the strong starting power and durability required by large diesel engines, while also supporting the substantial electrical loads typical of a luxury SUV like the Range Rover. Leading manufacturers such as Exide, Bosch, Varta, and Lucas offer batteries that perfectly match these specifications and the physical requirements for installation in the Range Rover’s battery compartment.
Recommended models include the Exide Excell EB1100 (110 Ah, 850 A), Bosch S5 S50 15 (110 Ah, 920 A), Varta Silver Dynamic I1 (110 Ah, 920 A), and Lucas Premium LP020 (110 Ah, 920 A). All of these batteries feature dimensions around 392-393 mm in length, 175 mm in width, and 190 mm in height, which fits the original battery tray precisely. They use the B13 mounting, have a standard terminal type 1, and require polarity layout 0—meaning the positive terminal is on the right when facing the terminals. These standard lead-acid batteries are engineered to provide dependable cold starting, consistent voltage for all onboard systems, and a long service life, making them an excellent choice for both the 3.0 TD6 and 3.6 TDV8 diesel engines of the Range Rover III.
If you’re still unsure which battery fits your Land Rover Range Rover , 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!