2016 Toyota Hilux 2.4L Diesel · VN66 BSV

A 2016 Toyota Hilux carrying 144,397 miles and a single, isolated brake imbalance failure from mid-2022 presents a reassuring mechanical story overall. The advisory and failure record is sparse, and the July 2022 pass test at the same inspection confirmed no defects were recorded, indicating that the imbalance was rectified promptly rather than signalling a chronic rear brake issue. No structural corrosion, suspension component wear, steering defects, or exhaust concerns have been flagged across the testing history, which is notable for a high-mileage commercial-orientated pick-up. The lack of recurring advisories on items typically associated with hard-working Hilux chassis such as rear leaf springs, shackles, prop-shaft universal joints, or axle casing corrosion is a strong indicator of structural integrity. The annual mileage accumulation of roughly 14,440 miles per year is on the higher side for a ten-year-old vehicle, suggesting consistent working or towing use rather than occasional light duty. This level of usage places above-average demand on the clutch, dual-mass flywheel if fitted, turbocharger, injector seals, rear brake shoes, and the viscous coupling or electronic transfer box components in the four-wheel-drive system. There is a notable gap in the MOT history between 2022 and the present, which is consistent with the vehicle potentially being used under agricultural or commercial exemptions, off-road predominantly, or simply not presented for annual testing. Such gaps are common with working Hilux models and warrant careful physical inspection rather than reliance on DVSA records alone. Given the documented rear brake imbalance failure, specific attention should be paid to the rear braking system during a physical inspection and test drive. With the vehicle jacked, check the rear drums or discs for lipping, scoring, and even wear across both sides, as an imbalance across axle two typically arises from uneven pad or shoe contact, a seized or binding caliper or wheel cylinder on one side, or a contaminated friction surface. On a road test, listen for any rear brake drag pulling the vehicle to one side under firm pedal application, feel for pulsation through the pedal which would indicate rear disc run-out, and confirm the handbrake holds firmly on an incline as the rear drum-in-hat or disc arrangement commonly suffers from automatic adjuster wear at this mileage. With the rear wheels removed, inspect the flexible brake hoses for cracking and the rigid brake pipes along the chassis for corrosion, as these are known Hilux corrosion points and were not specifically tested or recorded. Beyond the brake items, the high-mileage usage pattern warrants close inspection of the clutch for slip under load in a high gear, particularly if the vehicle has been used for towing or heavy payload work, and a check for judder on take-up which would indicate a worn dual-mass flywheel. Listen for any clonks from the front suspension over speed bumps, paying particular attention to the anti-roll bar drop links, upper and lower wishbone bushes, and the front coil springs, all of which are common wear points on a working Hilux. Inspect the underside for any oil residue from the rear main seal, transfer box, or front differential, and examine the chassis rails and rear cross-member for surface corrosion, as commercial-use Hiluxes are often exposed to salt, slurry, and agricultural chemicals. A thorough test drive on a mix of road surfaces, combined with a borescope inspection of the discs and a compression test if any engine running concerns are noted, would provide the clearest picture of how this well-used example has held together.