Rover P6 buyer's guide

The Rover P6 was launched in 1963 as the Rover 2000, a compact executive saloon aimed at younger professional buyers. It was unusually advanced for its day, with a steel base unit carrying bolt-on outer panels, an overhead camshaft engine, disc brakes on all four wheels with the rear discs mounted inboard, and De Dion rear suspension. It was the first winner of the European Car of the Year award, and from 1968 it was also offered with the 3.5-litre aluminium Rover V8.

People buy them today because they are comfortable, quiet and well mannered on modern roads, and because both the four-cylinder and V8 cars have strong club and specialist support. The same unusual engineering that made the car modern in the 1960s is also what catches buyers out: the bolt-on panels can hide serious rot in the structure underneath, and the inboard rear brakes and De Dion tube are easily neglected.

This guide is for buyers looking at a P6 at a dealer, privately or at an auction such as Mathewsons in North Yorkshire, and for owners preparing to sell. It is not a repair guide: where work is needed, a P6 specialist or one of the clubs can advise.

By Jon Cosson · Checked 20 October 2026

At a glance

Built	1963 to March 1977
Numbers made	About 329,000 in total, four-cylinder and V8 combined
Body style	Four-door saloon
Construction	Steel base unit (a monocoque skeleton) with unstressed bolt-on outer panels; aluminium bonnet and bootlid
Four-cylinder engines	1978cc overhead camshaft, single carburettor (2000, later called SC) or twin SUs (2000 TC from 1966); enlarged to 2205cc for the 2200 and 2200 TC from 1973
V8 engine	3528cc all-aluminium Rover V8, Buick-derived, in the 3500 from 1968 and the manual 3500S from 1971
Gearboxes	Four-speed all-synchromesh manual; three-speed Borg Warner automatic
Suspension and brakes	De Dion rear with Watt linkage, horizontal front coil springs, discs all round with inboard rear discs
Maker and factory	Rover, at Solihull, later part of British Leyland
Styling	David Bache
Facelift	Series II (Rover called it the MkII) from October 1970
Clubs	The Rover P6 Club; P6 Rover Owners Club

The Rover P6 (2000, 2000 TC, 2200, 3500 and 3500S) in brief

The P6 replaced the older P4 and moved Rover away from that car's staid image, aiming at younger executive buyers. Underneath, the structure is a steel base unit, a skeleton that carries all the loads, with the wings, sill covers, roof and other outer panels bolted on. The front suspension uses horizontal coil springs that push against the bulkhead, a layout chosen to leave room for a gas turbine engine that never reached production. For a buyer, the key fact is that the outer panels say little about the condition of the base unit beneath them.

The first cars were single-carburettor 2000s with leather seats and a horizontal strip speedometer. In 1966 the twin-carburettor 2000 TC arrived with about 114bhp, the single-carburettor car became known as the 2000 SC, and an automatic 2000 was added. The same year Girling brakes replaced the original Dunlop system, which matters today because early Dunlop parts are harder to find.

In April 1968 Rover fitted the 3.5-litre V8, creating the 3500, offered only with a three-speed automatic at first. It had about 144bhp, firmer suspension and bigger brakes, wheels and radiator. In October 1971 the UK 3500S followed with a strengthened four-speed manual gearbox and about 150bhp, along with a vinyl roof and spoked wheel trims.

The Series II facelift was shown in October 1970. The changes were mainly cosmetic: a black plastic grille in place of the aluminium one, black sills, vinyl-covered rear pillars, bonnet bulges, round instruments on TC and V8 models, and the battery moved to the boot. The SC and four-cylinder automatics kept the strip speedometer to the end.

In October 1973 the 2000 became the 2200, with a 2205cc engine, more torque and stronger running gear. The 2200 TC had lower compression and smaller carburettors than the 2000 TC, so it was less peaky. The Rover SD1 arrived in 1976, and the last P6 was built in March 1977. No P6 wore a Leyland badge.

Versions to know

Version	Years	What to know
Rover 2000 Series I	1963 to 1966	Single-carburettor 90bhp car with Dunlop brakes. The earliest cars have a different front valance and, on the very first examples, real wood veneer rather than imitation wood. Dunlop rear calipers are scarce and many have been converted to Girling.
2000 SC and 2000 TC Series I	1966 to 1970	Girling brakes on all cars. The TC has twin SUs and about 114bhp and was designed for high-octane fuel. Wire wheels were a TC option. An automatic 2000 was available, but it is notably slow.
Three Thousand Five (3500) Series I	1968 to 1970	The first V8, automatic only, with the original aluminium grille and pre-facelift interior. Firmer suspension and bigger brakes and radiator than the four-cylinder cars.
3500S (export)	1969 to 1971	Built mainly for the United States, automatic, with extras such as power steering, electric windows and air conditioning. About 2,000 made, so few are met in Britain.
Series II 2000 and 3500	1970 to 1973	Black grille, black sills, vinyl rear pillars, bonnet bulges and battery in the boot. TC and V8 models gained round dials; the SC kept the strip speedometer. Power steering was optional on the V8.
3500S manual	1971 to 1976	The only manual V8, with a strengthened four-speed gearbox, about 150bhp, vinyl roof and spoked wheel trims. The fastest P6 and the most sought after by many buyers.
2200 SC and 2200 TC	1973 to 1977	2205cc engine with more torque, stronger running gear and lower compression on the TC. Late cars often have nylon box-pleat seats, which wear less well than leather.

Pros and cons

Pros	Cons
Comfortable, quiet ride and good refinement for a 1960s design, with the V8 giving relaxed performance. Strong support from two UK clubs and a network of P6 specialists, with many parts remanufactured. The four-cylinder cars steer and balance better than the heavier V8s, and the TC is lively. The aluminium bonnet and bootlid do not rust. Both engines can cover around 100,000 miles between rebuilds if serviced properly. The 3500S combines the V8 with a manual gearbox, a combination few saloons of the period offered.	The base unit rusts in the inner sills, floors, rear seat well, rear arches, boot floor and bulkhead, and the outer panels hide it. Structural repair of the base unit is far more serious than replacing an outer panel. Inboard rear brakes are awkward to reach, so many have been neglected and the handbrake is often weak. The V8 suffers if oil and antifreeze have not been changed regularly. Four-cylinder automatics are slow, and some find the V8 automatic sluggish too. Some trim, chrome and early Dunlop brake parts are hard to find.

Pros

Cons

Comfortable, quiet ride and good refinement for a 1960s design, with the V8 giving relaxed performance.
Strong support from two UK clubs and a network of P6 specialists, with many parts remanufactured.
The four-cylinder cars steer and balance better than the heavier V8s, and the TC is lively.
The aluminium bonnet and bootlid do not rust.
Both engines can cover around 100,000 miles between rebuilds if serviced properly.
The 3500S combines the V8 with a manual gearbox, a combination few saloons of the period offered.

The base unit rusts in the inner sills, floors, rear seat well, rear arches, boot floor and bulkhead, and the outer panels hide it.
Structural repair of the base unit is far more serious than replacing an outer panel.
Inboard rear brakes are awkward to reach, so many have been neglected and the handbrake is often weak.
The V8 suffers if oil and antifreeze have not been changed regularly.
Four-cylinder automatics are slow, and some find the V8 automatic sluggish too.
Some trim, chrome and early Dunlop brake parts are hard to find.

Myths and realities

New outer panels mean a solid car.

The outer wings and sill covers are bolted on and carry no load. A car can have fresh outer panels over a rotten base unit, which is the part that matters.

The rear brakes cannot be seen, so they can be ignored.

Because they sit inboard next to the differential, they are often skipped at services. Seized calipers, corroded discs and oil from a leaking differential are all common, and they affect both braking and the handbrake.

The V8 is the only P6 worth having.

The V8 is the most powerful, but the four-cylinder cars have lighter steering and a better balanced chassis, and a twin-carburettor TC is close to a V8 automatic on the road.

Low oil pressure on a V8 means a worn engine.

The Rover V8 runs at lower oil pressure than many engines, so a modest reading can be normal. Noise from the top end and knocking from the bottom end are better guides to wear.

What to check

Base unit and bodywork

This is the most important area. The base unit is the structure, and the bolt-on panels and underseal can hide serious rust. Take a torch, a magnet and something to probe with, and ask the seller first.

Inner sills: the outer sill covers are screwed or bolted on and cosmetic. Check the inner sills from inside the car and from underneath, including jacking points and sill ends, for rot, filler or patches.
Look for cover sills welded over the old ones, a common cheap repair that hides what is behind.
Open the rear doors and check the D-posts where they meet the sills, and the rear arch panel that forms the door shut face. Rust here suggests trouble elsewhere in the base unit.
Lift the rear seat base and pull back the sound deadening to check the seat well and floor for rot.
Rear wheel arches and inner rear wings: check from inside the boot and underneath; this area is layered and traps dirt.
Boot floor, rear valance and the closing panel between the rear window and bootlid. Check the rear suspension mounting points in this area for corrosion or tearing.
Front inner wings and bulkhead carry the front suspension loads. Rust or bodged repairs here are serious, and many buyers walk away from cars where this area has failed.
Remove or look behind the bolt-on front wings where possible: the wings trap mud, and their trailing edges and arches rot. The same applies to door bottoms and the front valance.
Check the doors close easily without lifting. Dropped doors or ones that need slamming can point to weak sills or posts.
The aluminium bonnet and bootlid do not rust, but paint can blister and flake. A bootlid carrying a spare wheel needs the reinforcement kit, so check for distortion.

Four-cylinder engine (2000 and 2200)

The overhead camshaft four is durable if serviced, often covering around 100,000 miles before major work.

Check the pressed-steel side plates on the block for coolant weeps. Leaks here can lead to overheating if ignored.
Ask about antifreeze: the alloy head corrodes internally if the mix has been neglected.
A brief tinkle from the timing chain at start-up can be normal while the tensioner pumps up. A persistent rattle or clatter points to chain or tensioner wear.
On single-carburettor cars, check the exhaust manifold for cracked flanges and blowing.
On TC models, poor running is often down to worn or unbalanced twin SUs and worn throttle spindles rather than a deeper fault.
Ask what fuel and additives have been used: the 2000 TC was designed for high-octane fuel and can pink on poor fuel.

V8 engine (3500 and 3500S)

The aluminium V8 is strong, but it depends on regular oil and coolant changes, so the service history matters as much as the noises.

Ask for evidence of frequent oil changes. Neglect leads to sludge, clogged hydraulic tappets and premature camshaft, follower and rocker shaft wear.
Listen on a cold start: a top-end rattle that does not settle suggests worn tappets or a tired camshaft.
Listen for bottom-end knocking under load, which indicates a rebuild is due.
Check the coolant colour and level. The all-aluminium engine corrodes internally if antifreeze is neglected, which silts the waterways and causes overheating.
Oil pressure reads lower than on many engines, so do not judge the engine on the gauge alone.

Cooling

Overheating is the main threat to both engines and usually comes from neglect rather than design.

Watch the temperature gauge on the test drive and in traffic; it should settle and stay steady.
Check the radiator for blocked or corroded fins and stains. V8 cars have a bigger radiator, but it still silts up.
Look inside the expansion tank or radiator for brown sludge or oil, signs of internal corrosion or gasket trouble.
Check hoses for swelling and cracks, and look for water stains around the four-cylinder side plates and the V8 water pump.

Gearbox and drivetrain

The four-speed manual is generally tough and the Borg Warner automatic is well proven, but linkages, joints and the differential need checking.

Manual: vague or obstructive changes usually come from worn linkage parts such as the lever, selector fingers or nylon cup rather than the gearbox itself. Earlier cars have the weaker linkage.
3500S manual: check second gear for baulking and listen for the box jumping out of gear under power or on the overrun.
Check the clutch for slip, particularly on the V8.
Automatic: changes should be smooth and timely, with no slipping, flare or harsh engagement. Check the fluid for a burnt smell or dark colour.
Check the propshaft and driveshaft universal joints for play and clonks when taking up drive.
Look for oil leaks from the differential. A leaking unit can run low and seize, and the oil can reach the inboard rear brakes.

De Dion rear, brakes, steering and suspension

The P6's rear end is unusual but durable when maintained. The inboard rear brakes are the most neglected part of the car.

De Dion tube: check the rubber gaiter for splits or oil. A split gaiter lets dirt in and grease out, wearing or seizing the sliding joint.
Check the rear driveshaft sliding joints for play, and listen for knocks from the rear over bumps.
Inboard rear brakes: ask when they were last serviced. Look for oil contamination from the differential, leaking calipers and corroded discs.
Test the handbrake: a weak one often means seized or leaking rear calipers.
Find out whether the car has Dunlop (to 1966) or Girling brakes. Dunlop parts are rarer, and many early cars have been converted.
Steering: the box should feel light but not slack. Some play can be adjusted out, but an over-tightened box feels heavy and notchy.
Front suspension: listen for clonks from worn ball joints and bushes, and check dampers for leaks.
On cars with wire wheels, check spokes and splines; they are rare and were not intended for V8 power.

Electrics, interior and trim

Most electrical faults are small, but some trim and exterior parts are hard to find, so condition matters.

Check every light, gauge and switch. Poor connections and earths cause flickering or dead items.
On Series II cars the battery is in the boot, so check the long battery cable and boot floor around the battery for corrosion.
Earlier four-cylinder cars generally have a dynamo and later cars an alternator; check the charging warning light goes out.
Leather seats last well; nylon box-pleat trim on late cars wears and is harder to match. Box-pleat retrims are expensive to do properly.
Check bumpers and brightwork for rust; some chrome and exterior lamps are scarce.

Paperwork and originality

A P6 with records of structural repair, oil changes and brake work is worth more to a careful buyer than a shiny one with nothing.

Check the VIN and engine number against the V5C. Plate and stamping locations vary with year, so the clubs can help confirm them.
Ask for photographs or invoices of any base unit welding, and who did it.
Check MOT history online for advisories on corrosion, brakes and oil leaks.
Confirm the model is genuine: a 3500S should have the manual gearbox and V8 from new, and a TC should have twin carburettors and its own manifolds.
Note non-original changes such as five-speed gearbox conversions, power steering retrofits, brake conversions or modern trim.

On the test drive

Start the engine from cold and listen for timing chain or tappet noise that does not settle.
Check the brakes pull up straight, and test the handbrake on a slope.
On a manual, try every gear up and down, and check second gear and the clutch on the V8.
On an automatic, check smooth upshifts, kickdown and no slip when pulling away.
Drive over rough surfaces and listen for knocks from the De Dion rear or front suspension.
After the drive, look underneath for new drips of oil, coolant or fluid.

Buying at auction

Many P6s pass through auctions such as Mathewsons. You usually cannot drive the car, so the viewing days are your chance to judge the structure and history.

What you can check in viewing week

Use a torch underneath to look at the inner sills, floors, jacking points, rear arches and bulkhead.
Use a magnet on the outer panels and sills to find filler.
Open the rear doors to check the D-posts, and lift the rear seat base if allowed.
Check numbers against the V5C and catalogue.
Check oil, coolant and automatic fluid level and condition.
Watch or hear a start-up if the auction allows it, listening for tappet and chain noise.

What you usually cannot do

You usually cannot drive the car, so gearbox, brakes and steering stay unknown.
You cannot put it on a lift, so the inboard rear brakes and De Dion gaiter are hard to see.
You cannot remove panels to see behind the bolt-on wings.

Tips

Read the catalogue critically: words such as restored or recommissioned need supporting invoices.
Check the auction's terms and the buyer's premium, which is added to the hammer price, and any VAT.
Set your limit before bidding, including premium, transport and likely repairs, and stick to it.
Arrange transport home in advance; a trailer or transporter avoids driving an unknown car.

What makes one more desirable

Structural condition of the base unit matters more than anything else.
The 3500S manual is the most sought after model, followed by the TC.
Series I cars with the aluminium grille often attract more interest than equivalent Series II cars.
Manual cars are generally preferred to automatics, especially four-cylinder automatics.
Originality, including correct trim, wheels and badges, is valued by club buyers.
Rare options such as wire wheels on a TC add interest.

This guide does not give values or predict prices.

Selling a Rover P6 (2000, 2000 TC, 2200, 3500 and 3500S)

Buyers who know the P6 will go straight to the base unit and the rear brakes, so prepare evidence for both.

Preparing the car

Clean the underside and boot so buyers can see the structure.
Fix small leaks and make sure the handbrake works.
Service the car and change oil and coolant, keeping the receipts.
Make sure all lights and gauges work.

Paperwork

V5C with correct numbers.
Invoices and photographs of any welding and brake work.
MOT certificates and service records.
Any club dating or history information.

Where to sell

Club magazines and websites reach informed buyers.
Auctions such as Mathewsons, where buyers inspect in viewing days.

Writing the description

State the model and series exactly, such as Series II 2200 TC.
Describe base unit condition honestly, with photographs.
List known faults and recent work.
Say whether the car is original or modified.

Living with one

Parts supply is good for mechanical items through specialists and the clubs, which have remanufactured some components. Some trim, chrome and early Dunlop brake parts are harder to find.
Regular oil and coolant changes protect both engines, and the rear brakes and De Dion gaiter need attention at services.
Every P6 is now over 40 years old, so many qualify for historic vehicle tax and MOT exemption, provided they have not been substantially changed. A voluntary MOT is still a useful check.
Classic insurance with agreed value and limited mileage is widely available, and club membership can bring discounts.

Clubs and registers

Questions people ask

What is the most important thing to check on a Rover P6?

The base unit. Rust in the inner sills, floors, rear seat well, rear arches, boot floor, bulkhead and front inner wings is the biggest risk, and the bolt-on outer panels can hide it.

What is the difference between a Series I and a Series II P6?

Series II cars from October 1970 have a black grille, black sills, vinyl rear pillars, bonnet bulges, round dials on TC and V8 models and the battery in the boot. Mechanically they are much the same.

Are Rover P6 V8s reliable?

Yes, if the oil and antifreeze have been changed regularly. Neglect causes camshaft and tappet wear and internal corrosion that leads to overheating.

Which P6 should I buy?

The 3500S manual is the fastest and most sought after. A TC gives lively performance with better balance, and the four-cylinder SC is the simplest. Avoid a four-cylinder automatic if you want performance.

Why are the rear brakes a problem?

They are inboard, next to the differential, so they are awkward to service and often neglected. Calipers seize, the handbrake weakens and differential oil can contaminate the pads.

Is the Rover P6 a good first classic?

It can be, as it is comfortable, practical and well supported by clubs. Buy the most solid base unit you can find, because structural repair is a big job.

Sources

Checked 20 October 2026.

An independent guide. Not a valuation and not financial advice. Always inspect a car in person or have it inspected before you buy.