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This collection covers Land Rover and Range Rover hardware and fasteners, including bolts, nuts, washers, clips, rivets, and fixing kits used across chassis, suspension, body, and drivetrain assemblies. Fitment depends on thread standard, grade, and application, particularly between Series-era imperial systems and later metric platforms.
Set Screw - a fully threaded hexagonal-head setscrew with a 5/16" UNF (Unified Fine) imperial thread and a 1-1/8" length. Used as an engine and cha...
View full detailsHex Head Bolt - 1/4" UNF thread, 5/8" long, with a hexagonal head. A general-purpose imperial fastener with a Unified Fine (UNF) thread form, driv...
View full detailsPan Head Screw - a machine screw with a low, rounded-top head and a flat bearing face, used as a general-purpose fixing. Metric M6 thread with a 1...
View full detailsGasket
Spring Washer for use as a locking fastener component across Land Rover assemblies. A helical split spring washer providing resistance against fas...
View full detailsWasher - M12 is a flat washer for use with M12 fasteners in Land Rover assembly and repair applications. Distributes clamping load between the fas...
View full detailsIntermediate shaft lock nut LT230
Torx Bolt - M12 x 25 mm used to secure the rear propshaft flange connections on Discovery 3, Discovery 4, Discovery 5, Range Rover L405, Range Rove...
View full detailsGearbox Sump Gasket for the ZF 4-speed automatic transmission, sealing the joint between the transmission oil pan (sump) and the gearbox casing. T...
View full detailsSplit Pin for the Range Rover Classic brake assembly. This split cotter pin, measuring 5/32" x 3" (approximately 4 mm x 75 mm), is used in the rea...
View full detailsClevis Pin for the handbrake (transmission parking brake) linkage. This 22mm clevis pin connects the handbrake operating rod to the relay lever, t...
View full detailsAir Suspension Pin is a retaining pin within the air suspension assembly, securing the front air spring at its mounting.
Brake Pipe Clip - Double - a moulded plastic clip that secures two brake pipes to the chassis within the braking hydraulic circuit. It retains bot...
View full detailsShock Absorber Bush - Rear Upper is the mounting bush at the upper end of the rear shock absorber, where the damper attaches to its body mounting. ...
View full detailsSide Window Seal is the rubber glazing seal that secures and weatherproofs the fixed side window glass within its body aperture. Part of the body ...
View full detailsSpring Washer, M8, a split ring washer used with M8 bolts and nuts to prevent fastener loosening caused by vibration and cyclical loading. The spl...
View full detailsBlind Rivet Pin is a plastic blind-rivet fastener, 9.4 mm head diameter by 13 mm long. It secures trim panels, covers and liners by expanding to g...
View full detailsInjector clamp bolt 2.4 Puma
Brass Pipe Union - a male threaded connector used to join a 1/4" pipe into a fluid or pneumatic line. Machined from brass, it carries a male M12 x...
View full detailsHose Clamp - 50-70mm A worm-drive hose clamp with an adjustable 50-70mm clamping range, used to secure a flexible hose onto its spigot or fitting. ...
View full detailsNut - 10/32" UNF A nut with a #10-32 UNF (Unified National Fine) internal thread, run onto a matching UNF bolt or stud to clamp the joint.
Differential Flange Mud Shield - a protective shield fitted at the differential pinion drive flange. It sits behind the drive flange, where the pr...
View full detailsExternal Circlip for the R380 manual gearbox selector yoke. The circlip locates in the groove on the selector yoke and retains it in position with...
View full detailsPlain Washer is a flat load-spreading washer used in the front axle hub and drive shaft assembly. It sits beneath the retaining fastener to distri...
View full detailsSwivel Pin Housing for the front axle, the chrome-finished swivel joint on which the steering swivel and hub assembly pivot. The housing bolts to ...
View full detailsFlange Bolt, M8 x 120 mm - a hexagon-head flange bolt that secures the coolant (water) pump on the 300TDi 2.5-litre turbo diesel engine. The integ...
View full detailsTrim Clip Interior trim retaining clip, grey. Secures interior trim panels to the body.
Carburettor Manifold Gasket - the gasket that seals the inlet and exhaust manifold assembly to the cylinder head face on carburettor-fed engines. ...
View full detailsHinge Bolt - M8 x 55 mm Torx-head bolt that secures the side door hinges and door check strap to the body. Fastens the hinge assembly at the door.
Hinge bolt Defender Torx
Hexagon Bolt - an M10 x 55 mm high-tensile bolt, property class 10.9, used to secure the rear stub axle and in the suspension top link, fulcrum and...
View full detailsRadius Arm Bolt, 1/2" UNF, 5-3/4" long, securing the radius arm to its chassis mounting bracket. The radius arms locate the front axle fore and af...
View full detailsBolt 5/16" UNC x 5" is a long mounting bolt for the coolant pump and power steering pump on the 3.5L V8 petrol engine. Its length carries the powe...
View full detailsBolt 1/4" UNC x 1-1/4" is a coolant pump fixing bolt used on the 3.5L V8 petrol engine. It secures the coolant (water) pump to the engine within t...
View full detailsSpire Nut - No. 10 U-Type for use in dashboard and body panel fixings on Land Rover Defender and Discovery I. This U-type spire nut clips onto she...
View full detailsInterior Trim Fastener - a grey drive-in fastener for securing interior trim panels in the cabin. It retains facia and carpet trim, the cubby box,...
View full detailsSelf-Tapping Screw – No. 6 × 3/4 in used to secure interior trim and panel fixings, such as the dash panel and upper fascia mouldings. Being self-...
View full detailsNylon Stud, a trim retaining fastener used to hold interior trim panels and carpet in position. The stud pushes into a pilot hole in the body pane...
View full detailsDifferential Pinion Bearing Spacer used in the axle differential assembly across a broad range of Land Rover models from 1965 onwards. This spacer...
View full detailsBolt, 7/16" BSF x 1-3/8" secures the upper swivel pin to the swivel housing in the front axle assembly. The top swivel pin retains the swivel ball...
View full detailsWing Fixing Plate is a two-stud captive stud plate used in the front body mounting assembly, where it secures the front wing to the radiator (front...
View full detailsWing Fixing Plate is a three-stud captive stud plate used in the front body mounting assembly, where it secures the front wing to the radiator (fro...
View full detailsPlain Washer - Metric M5, used across a wide range of Land Rover fixings applications. A standard metric M5 plain washer for load distribution und...
View full detailsHigh-Tensile Bolt with a 5/16" UNF (Unified National Fine) imperial thread and a 1-1/4" shank length. A hex-head fastener manufactured to a high-t...
View full detailsBolt - V8 Inlet Manifold is the fastener that secures the inlet manifold on the Rover V8 petrol engine. It clamps the inlet manifold to the cylind...
View full detailsScrew is a fastener used in cooling and heating system assemblies on Land Rover vehicles.
Heater Knob Screw for the heater control assembly. This screw secures a control knob to its spindle on the heater control panel.
Screw - a self-tapping pan-head fastener used in interior trim assembly. It cuts its own thread into the panel or moulded mounting boss to secure ...
View full detailsA Land Rover is held together by several thousand individual fasteners. Bolts, nuts, washers, clips, and rivets carry structural loads across the chassis, suspension, body, and drivetrain. On vehicles used off-road, towed regularly, or stored outdoors, these components see vibration, repeated load cycles, and exposure to mud, road salt, and water. Replacing them with the correct grade and coating during service or rebuild work is part of keeping the vehicle safe and rattle-free.
The Series I, II, and III generation use a mix of imperial Whitworth and UNF threads from the 1948 to 1985 production run, switching to metric on some later Series III assemblies. Defender, Discovery, Range Rover, and Freelander production from 1989 onwards uses metric throughout, with ISO 898-1 property class markings (8.8, 10.9, 12.9) standard across the range. This collection groups fasteners by application: chassis and structural mounts, suspension and steering linkages, body panels and bulkhead, brake and underbody, and interior trim. Use the filter to narrow by model or part category.
Categories on this pageFive main groups cover the parts in this collection.
Bolts, nuts, and studs. Standard threaded fasteners across the vehicle. Suspension arm bolts, engine mount studs, gearbox crossmember bolts, body-to-chassis mounts. Grade is selected to ISO 898-1 property classes: 8.8 and 10.9 are the most common in chassis and suspension applications on Defender, Discovery, and Range Rover, with 12.9 used where higher tensile strength is required. Stainless variants (A2 and A4) appear in body and interior locations where corrosion resistance matters more than peak tensile strength.
Washers and spacers. Plain washers, spring washers, locking washers, and shim spacers. These distribute clamping load, prevent galling on softer surfaces, and resist loosening from vibration. Mismatched or missing washers are a common cause of post-rebuild rattles and slow joint fatigue.
Clips, clamps, and rivets. Wiring harness clips, hose and pipe clamps, body panel rivets, and bulkhead fixings. The Freelander 1 and Freelander 2 use a high proportion of plastic clip fixings on the interior trim and underbonnet wiring; most are single-use and break on removal. Rivets are non-serviceable once set and must be drilled out to remove.
Fixing kits. Pre-grouped sets of fasteners for specific repair sections. Bulkhead repair kits, door hinge sets, body mount kits, suspension rebuild kits. Useful where a single specification list covers an entire repair area and individual SKU lookup would be slow.
Specialist fixings. Torque-to-yield bolts, single-use stretch bolts, lock nuts with metal or nylon inserts, and vibration-resistant hardware. These are called out in the Land Rover workshop manual for specific applications and should be replaced with new parts rather than reused.
Selection guideThree rules cover most situations.
For load-bearing chassis, suspension, and drivetrain work, use property class 8.8 or 10.9 carbon-steel bolts unless the workshop manual specifies a different grade. Property class 12.9 is reserved for applications where the manual calls for it. Carbon-steel bolts in exposed underbody locations need a corrosion-resistant coating: zinc plating is the most common, with phosphate or geomet coatings used where coating thickness matters for torque accuracy.
For body panels, interior fittings, and any joint between dissimilar metals, A2 (304-grade) or A4 (316-grade) stainless is the standard choice. A4 has better salt-water resistance and is the better option for coastal use or recovery vehicles.
For brake and steering hardware, follow the manual. These are safety-critical and frequently specify exact part numbers rather than generic grade equivalents. Mixing a stainless bolt into a brake assembly is rarely correct.
When ordering hardware for a Series I, II, or early Series III, confirm thread standard before adding to cart. Imperial Whitworth and UNF threads dominate on pre-1980 production, and modern metric replacements will not engage correctly. Restoration suppliers typically list thread standard alongside the part description, so check before ordering.
Mixing materials matters. Stainless and aluminium in direct contact, with road salt as the electrolyte, sets up galvanic corrosion that eats the aluminium. Anti-seize paste or dielectric grease at the joint slows this significantly.
Fastener property class designations (8.8, 10.9, 12.9, A2, A4) are defined in the ISO 898-1 mechanical properties standard, which sets minimum proof load, tensile strength, and hardness requirements for each class.
Four checks reduce the risk of ordering the wrong fastener for the job.
Hardware in this collection is used throughout Land Rover and Range Rover vehicles. Common applications by category:
Three guides cover repair areas where hardware selection and torque specification matter for the result.
The rear crossmember is a known corrosion point and a regular APK failure cause. Repair sections fit with new fasteners and require the right grade for the load path.
Discovery 2 rear crossmember repair guideBall joint work on Discovery 3, Discovery 4, and Range Rover Sport involves pinch bolts, castle nuts, and cotter pins that are commonly single-use. Diagnostic guide covers symptoms and replacement hardware.
Land Rover ball joint diagnosis and replacementRestoration and off-road preparation work brings the full hardware inventory into play: chassis fixings, body mount renewals, recovery point bolts, spare hardware to carry.
Defender 90 off-road prep and spares guideFor load-bearing and safety-critical fasteners (suspension, brakes, steering, drivetrain mounting), use Genuine or OEM. These are produced to Land Rover's material grade, dimensional, and torque tolerance specifications, which matters for joints that carry road load or yield under torque. For non-critical body and interior fixings (trim clips, panel screws, low-load brackets), well-specified aftermarket fasteners that match the original property class and coating are commonly used and perform reliably. The deciding factor is the load path, not the brand on the box.
ISO 898-1 specifies minimum tensile and yield strength for each property class. Grade 8.8 carbon-steel bolts have a minimum tensile strength of 800 MPa and minimum yield strength of 640 MPa in the M5 to M16 range. Grade 10.9 minimum tensile is 1040 MPa, and grade 12.9 minimum tensile is 1220 MPa. For Land Rover chassis and suspension applications the workshop manual normally specifies 8.8 or 10.9. Grade 12.9 is reserved for applications that explicitly call for it.
No. Series I, II, and pre-1980 Series III production uses imperial Whitworth and UNF threads inherited from the 1948 to 1985 production run. Defender from 1983 onwards, Discovery from 1989, Range Rover, and Freelander all use metric threads to ISO standards. Imperial and metric of the same nominal diameter look similar but will cross-thread if mixed. Restoration suppliers list thread standard alongside Series-era parts; confirm before ordering.
Some can be reused, some cannot. Many factory bolts in suspension, drivetrain, and engine mounting positions are torque-to-yield: they stretch into their plastic deformation range when first torqued and lose accuracy if reused. The Land Rover workshop manual marks these as single-use. Standard non-yield bolts in low-stress positions can usually be reused if threads, head, and shank are undamaged and any locking compound is cleaned off.
Zinc plating gives carbon-steel bolts moderate corrosion resistance and is the most common coating on underbody Land Rover hardware. Stainless steel (A2 grade is 304, A4 grade is 316) gives higher corrosion resistance and is preferred for body panels, interior fittings, and coastal-use vehicles, with A4 being the better choice for salt-air exposure. Black oxide is a thin conversion coating used mainly on interior and low-exposure parts; it offers minimal corrosion protection on its own and is usually paired with an oil film.
Galvanic corrosion happens when two metals with different electrochemical potentials sit in direct contact with an electrolyte (water with road salt or mud). Aluminium loses material to steel under those conditions. To slow it down: clean both surfaces before assembly, apply anti-seize paste or dielectric grease at the contact face, and where possible use a nylon or fibre washer to isolate the two metals. This is especially relevant on alloy suspension components and aluminium body panels secured by steel hardware.
A fixing kit groups every fastener needed for a specific repair section into a single bagged set. Common examples include bulkhead repair kits, body mount renewal kits, door hinge sets, and suspension overhaul kits. Kits are worth buying when a single repair touches multiple fastener types and sizes: it removes the SKU-by-SKU lookup, ensures the right grade is used across the joint set, and usually costs less than buying each fastener individually. For single-bolt replacements, individual parts are normally the better route.
Updated: May 2026