Range Rover and Land Rover are the most-stolen luxury vehicles in both the U.S. and U.K. by absolute numbers. Insurance industry data, the structural reasons it keeps happening, JLR's 2024 firmware response, and the only physical defense that works on every model from 2014 through current production.
Range Rover and Land Rover are the most-stolen luxury vehicles in the U.S. and U.K. because of high export-market resale value, predictable smart-key implementation across the entire JLR lineup, and a buyer demographic that often parks in driveways visible from the street. JLR's 2024 firmware update raised the bar but did not eliminate the attack class. The only defense that works on every model, every firmware version, every equipment generation is Faraday storage of the key fob — physically blocking the LF wake-up signal that relay-attack thieves amplify between car and house.
This article covers the insurance data, the attack methodology, the brand-specific reasons Range Rover sits at the top of the theft tables, and the practical workflow for daily Faraday-storage that owners actually use.
Specific 2024–2025 figures from U.K. and U.S. insurance data:
Range Rover-line policies are now among the most expensive comprehensive premiums in the U.K. and increasingly in the U.S. Some U.K. underwriters have refused new Range Rover Sport and Range Rover SVR policies entirely outside of policies with documented Faraday-storage clauses and tracker installation. NFU Mutual reported in 2024 that Range Rover claims accounted for roughly 35% of their high-value-vehicle theft payouts despite Range Rover representing under 10% of policies in that price band.
The macro picture: as smart-key vehicles age out of warranty into the secondary market, the original-owner population shifts to people without dealer-network relationships and without organized fleet-protection programs. The thieves know this. Targeting concentrates on the well-known vulnerable population.
A stolen Range Rover Sport in working order is worth $25,000–$45,000 on the West African export market in 2024 numbers, $30,000–$60,000 in Eastern Europe, and similar in the Middle East. The chop-shop value (parts) is also high — engines, transmissions, electronic control units, body panels all in demand for legitimate JLR-dealer parts replacement plus the parallel grey-market repair industry. This makes Range Rover a uniquely high-margin theft target.
Compare to a stolen Tesla Model 3, where the export-market resale value is much lower (the vehicle requires Tesla cloud-services authentication that does not transfer cleanly outside North America) and the chop-shop value is constrained by Tesla's vertical integration of parts. The economics push thieves toward Range Rover.
Pre-2024 Range Rover, Range Rover Sport, Velar, Discovery, and Defender models all share the same underlying smart-key implementation at 315/433 MHz LF. Attack equipment built for one model works across the entire JLR lineup with minimal tuning. This means a single relay-attack rig can attack every JLR vehicle on a residential street in a single night.
Compare to Tesla, where the rolling-code implementation is more frequently updated via OTA software releases, or BMW, where the implementation varies more across the M-line, X-line, and i-line. The single-implementation-across-fleet aspect of JLR is what made Range Rover the highest-ROI target.
Range Rover buyers concentrate in suburban and rural-residential demographics that often park in open driveways visible from the street. The thieves can scout targets at night by simply walking the street looking for the silhouette. Compare to apartment-building or gated-community parking, which adds friction even before the fob attack starts.
Combined with the high probability that the standard fob is sitting in a bowl by the front door (because the front door is feet from the parked vehicle), this makes Range Rover the textbook relay-attack target.
Jaguar Land Rover responded to the public scrutiny in 2024 with a major over-the-air firmware update that introduced two changes:
The legitimate fob-to-car authentication now happens within a much shorter time window than the 2020-era implementation allowed. Older relay-attack equipment (built around the longer windows) could not keep up — the relay would time out before the authentication completed.
Range Rover, Range Rover Sport, and Defender model years 2024+ added Ultra-Wideband ranging on top of LF. UWB allows the car to verify the fob is physically within a few feet rather than just within radio range. The car can refuse to unlock if the timing of the response suggests the fob is being relayed from a distance.
Three reasons. First — pre-2024 model years (2014–2023, the largest part of the in-service fleet) do not get UWB ranging via firmware update; the hardware is not present. Those vehicles only get the timing-window tightening, which can be defeated by faster relay equipment. Second — relay-attack equipment circulating in 2025–2026 has caught up to the patched timing. The criminal supply chain adapts; the firmware does not get re-updated as fast. Third — UWB-equipped 2024+ vehicles can still be attacked when the fob is physically close to a window or door (the UWB ranging cannot tell whether the fob is in your hand or three feet away through a wall in a thief's amplifier).
Faraday storage is the only defense that works regardless of firmware version, equipment generation, or vehicle model year. If the fob's signal cannot leave the bag, no firmware patch and no UWB ranging matter — the attack does not get to the radio layer.
| Model Line | Years Affected | LF Frequency | UWB? | Risk Profile |
|---|---|---|---|---|
| Range Rover (full-size) | 2014 – current | 315 / 433 MHz | 2024+ only | Very High |
| Range Rover Sport | 2014 – current | 315 / 433 MHz | 2024+ only | Very High |
| Range Rover Velar | 2017 – current | 315 / 433 MHz | No | High |
| Land Rover Discovery (5) | 2017 – current | 315 / 433 MHz | No | High |
| Land Rover Discovery Sport | 2014 – current | 315 / 433 MHz | No | High |
| Defender (L663) | 2020 – current | 315 / 433 MHz | 2024+ only | High |
| Range Rover Evoque | 2014 – current | 315 / 433 MHz | No | Moderate |
Risk profile is a function of resale value × theft-equipment compatibility × buyer demographic. Every model in the lineup is technically vulnerable; the higher-tier models (Range Rover full-size, Sport) are simply more attractive theft targets for crews with the equipment.
The key insight is that Faraday storage has to be effortless or owners stop doing it within the first month. Here is the workflow that 70%+ of repeat Range Rover-owner buyers describe:
Walk through the door from the garage or driveway. Drop the standard Range Rover fob into the REVIS-1 (chamber 3 — wallet+keys). Drop the iPhone into chamber 2. Drop the laptop into chamber 1 if you brought it home. Bag stays at the entryway on a side table or shelf.
The relay-attack thieves arrive at 3 a.m., deploy the amplifier at the front door — and the LF signal does not leave the bag. The amplifier has nothing to relay. The attack cannot complete. The vehicle stays where you parked it.
Morning, open chamber 3, take the fob, drive to work normally. Smart-key UX is fully preserved. The bag stays at home for the day, ready for the evening drop. No friction added to your daily routine — the friction is added to the thief's routine, which is exactly the right place for it.
Business travel. Bag is the briefcase. Fob plus phone plus laptop plus wallet all silenced for the duration of the airport, hotel, conference, customs, hotel-room storage. Returns to the evening-drop pattern when you get home. Same bag, same workflow.
Three independently shielded chambers. 76–85 dB attenuation across 30 MHz – 10 GHz. Verified against Range Rover, Range Rover Sport, Defender, Discovery, and Velar smart-key frequencies. Made in the United States. $129 with free U.S. shipping and 30-day money-back guarantee. The same buyer demographic that buys Range Rover is the buyer demographic this bag is designed for.
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