Rover 600 (1993 – 1999) Review
Rover 600 (1993 – 1999) At A Glance
Smart-looking car, best with 2.3-litre engine, Honda Accord based and the most reliable Rover of its era.
Lacklustre ride and handling, prone to rust, especially the inner rear wings, 'T-Series engines suffer head gasket trouble
Fans of the Rover 600 will tell you it’s a more stylish option, and of all the ‘Ronda’ collaborative cars, it’s the one that most successfully made the transition from Japanese to ‘British’. There’s no denying that the 600 remains a great looking, understated, saloon, which in the right colour can still turn heads. We’ll pass on cheap turbos now, unless they’re being passed from friend to friend, leaving us the staple 2.0-litre Honda-powered cars, which were offered in 113 and 129bhp form. Of the Hondas, there was also the 623 (which bizarrely gained a reputation for engine failure) and the later 618.
Things that go wrong are few and far between, and everyone knows about them. And they are – failing front window regulators; sticky rear calipers; body corrosion; rusty brake pipes. Get a nicely cherished 620 (and there’s still plenty around) without these issues – keep on top of it, learn to live with its thirst and uninspiring handling, and you’ll have a long and quite unmemorable relationship. And isn’t that what Bangernomics is all about?
Ask Honest John
Is my 1993 Rover 620 a future classic?
Model History
- June 1989: Honda and Rover agree terms to collaborate on the 1993 Accord
- October 1989: Rover 600 design proposals emerge
- August 1990: Marketing for the Rover 600 begins to take shape
- April 1993: Rover 600 launched
- August 1994: Turbo petrol and diesel models are introduced
June 1989
Honda and Rover agree terms to collaborate on the 1993 Accord
After these talks on which centred on Rover building a badge engineered version of the Accord, a plan was hatched and the deal was finalised in June 1989. Rover would have access to the 1993 version of the Accord, but they would have no involvement with the technical development of the car.
Honda also laid down quite strict stipulations for Rover to adhere to in the makeup of the new car – dubbed Synchro during the early stages of the design process, but changed to the SK1 (for the Honda engined version) and SK2 (for the Rover engined version) once the serious work got underway in Japan. Firstly, the new Rover could not be sold in the USA, it should use nothing but Honda petrol power units and the only changes Rover should make to the car would be with its external design.
October 1989
Rover 600 design proposals emerge
Richard Woolley’s sketch from 1989 shows the Rover 600 almost as it appeared in 1993. A major departure for Rover was the chrome grille and curvaceous body design. It heralded a new direction for the company that culminated in the Rover 75 (also by Woolley) in 1999.Following his work on the then yet-to-be-released R8, Richard Woolley was chosen to lead the way with the Synchro’s external design and was soon working hard on a style for the car. As with the previous collaborative models, the Synchro would involve a great deal of side-by-side working with Honda designers in Japan, and a further demonstration that both companies wanted a different look to their cars, but were prepared to work towards common goals.
The earliest thoughts on the new car were born in England, and it would involve several months’ hard work at Canley to produce a full-scale model based on Woolley’s plans for the car. “I had produced a ‘theme’ design for 600 at Canley in the months preceding my departure for Japan in October ’89. Based on some early information on mechanical package and proportion, this theme prepared me for some intense work schedules at Honda. We did not ship the model out to Japan, but ‘captured’ the surface data and I had a full suite of photographs to take along. The theme was the first time that the Rover Grille had been re-incorporated into a front-end style.”, Woolley related.
Once in Japan, the English and Japanese design teams would again work alongside each other, as they had before with the Rover 800 and the R8, but with Honda adopting more of a leading role on the technical front. During the time spent together, both design teams worked extremely hard to produce their individual products, and this resulted in some very long working days; “Meetings often went on until late at night, and on one occasion I saw a quite senior Honda spokesman fall off his chair asleep, in front of about 30 people”, Woolley recalled.
Honda may have been the dominant technical partner, but this did not stop Rover from exerting a strong influence over its own design. It simply came down to the fact that what Honda and Rover wanted different things for their cars: “When I arrived in Japan, Honda were also at the theme stage, and we began to have discussions on the levels of commonality between the two cars. It was obvious that both Honda’s designer and myself were after two very different feelings for the cars.” Thankfully, Richard Woolley’s Synchro theme was successfully transposed onto the final mechanical template offered to them by Honda.
Some cynical people would suggest that the above diagram represented the sum total of Rover’s involvement in the 600 model: The defined areas show the Rover designed panels. Externally, the only Honda carry-overs were the front doors, the bottom panels of the rear doors, the windscreen and roof.Although the basic architecture of the Accord would need to remain untouched, Rover soon devised a new set of clothes that would give the car a completely new identity of its own. Unlike the previous Roy Axe headed design efforts (including the Rover R8), the new Rover would move away from the “folded paper” school of design and towards something more contemporary. Gordon Sked led Rover’s design department by 1989 and the Synchro’s appearance reflected a new direction by the company.
Styling and external designs forwarded by Richard Woolley formed the basis of the new car – and his desire to produce a design that was more obviously “Rover” in its outlook was highly apparent. “I was after something more akin to the classically proportioned sporty four door saloon look, which I’d always felt was at the heart of Rover.” Chief differences between the Synchro and the Rover 800 were the side window configuration and the re-adoption of a prominent Rover radiator grille – a throwback to the Rover P5, which would form the centrepiece of the new car, rather than being an add-on, as it was on the R17.
The decision to go back to using a prominent Rover grille was taken by Roy Axe – and was the result of a backlash against me-too design in the European car industry. For some time, it became apparent that the look pioneered by the SD1 back in 1976, was becoming increasingly adopted on a wide scale – and Rover, who wanted to breathe some marque identity back into their cars were keen to move away from this phenomenon.
The Rover 800 facelift model, the R17 would be the first beneficiary of this new thinking although its grille was actually added late on in the programme following very positive market research results returned by the SK1/SK2. Also, there was a clear decision to move back towards the organically shaped car, and this reflected the fact that the aerodynamic school of thought was widespread in the European industry – and following on from such cars as the pioneering Ford Sierra in 1982, the 1986 Audi 80 (B3) and the 1986 Opel Omega/Vauxhall Carlton, it was becoming fashionable to produce a car with a streamlined appearance.
Once the styling had been settled upon, the task was to engineer the car to accept the new style, whilst ensuring that Honda’s brief of not making major structural changes was adhered to. A full size model was built and using this, customer clinics for the new car were held – and the car scored very highly: the design was viewed as being classy, but understated. These exceptionally favourable results convinced Rover that the new car was exactly what the needed to plug the gap between the 800, which by the time of the new car’s launch would have received its only major face-lift, and the larger engined versions of the 400 model, which at the time, was yet to be launched, but the company were confident of its chances.
Quarter scale clay model was quickly prepared and even more quickly signed off for production. The shape was all but defined and only very minor changes were required to get the Synchro into production. The main differences between this model and the final article were the shape of the boot and rear lights and the headlamp treatment. This car represented the first time in many, many years that the final production model would remain so uncorrupted by the production engineers – it would not be the last time, however.Development of the Synchro was then passed over to Honda, who in fine tradition, were formulating a new car that, although was an evolution of their current Accord, was entirely new from the wheels up. The European version of the Accord, and therefore, the version that Rover used in developing the Synchro would be available in 2.0 and 2.3-litre versions and would initially come in one body style – a six-light four door saloon.
Honda developed the interior and although Rover had no input into the overall design, the style of the dashboard was very redolent of Rover’s own designs – with its separated instrument binnacle, swooping centre console and passenger side dash top stowage tray. This is one area that Honda learned lessons from Rover – and each of their subsequent mass-market models showed by just how much.
Rover’s final styling buck for the new car: management were pleased with it and their bullishness about its chances on the market were, to a degree, justified. (Picture supplied by Declan Berridge)Of course, Rover had their own ideas when it came to the interior colour schemes – and it is obvious that although the interiors of the Accord and Syncho were all-but identical, the clever use of colour and light wood veneer meant that the Rover version of the car would be a nicer place to sit in. Because of this, Rover would generally use warmer caramel-type shades for their major plastic mouldings, whereas Honda stuck to their traditional greys. This, in fact, was a variance that the two companies had found since their very first collaboration – the Triumph Acclaim.
August 1990
Marketing for the Rover 600 begins to take shape
Marketing the new car did pose some interesting dilemmas for Rover: obviously, the new car was aimed at plugging the gap between the 400 and 800 – so, therefore, the 600 badge was an obvious name to call it. The difficulty lay, however, with the Montego and how the new car would affect the outgoing Austin. Back in the days of the AR9, this car was conceived as a straightforward Montego replacement, but now the 600 was taking shape, it was being aimed at an altogether different market.
The Rover 600 would initially be offered with the entry-level version being powered by the 115BHP version of the Honda 2.0-litre engine – and this equated to the most powerful normally aspirated version of the Montego. Very quickly, the decision was taken to keep the Montego in production beyond the point of the 600’s launch, in order to cover a sector of the market, which (although diminishing) was not covered by the small but expensive 400 and the larger 600.
The future for the range was, however, beginning to look distinctly Honda shaped and although the 600 was a handsome car, it lacked in inherent “Britishness” that the cosmetic adjustments made to the car did little to disguise. Not that it mattered too much – the 800 did have a British ambience, and that was on the whole nearly as Japanese as the 600.
Customers, however, kept telling Rover that they loved the car during ongoing clinics and – these results also led Rover to adopt an ambitious pricing policy for the car, that moved it so far away from the Montego, that there would no longer be any doubt as to whether this car was a replacement for it – it most certainly was not: whereas the Montego was a budget priced Ford Sierra rival, the stylish Rover 600 was going straight for the jugular of the BMW 3-Series.
Rover 600 cutaway drawing does not reveal a great deal about the car’s make-up. You can see the wishbone front and rear suspension, which belies the car’s pure Honda roots. Not apparent from this drawing is the Swindon built 2.0-litre Honda engine, which in the early days of the Rover 600 was not even badged as a Rover on the cam-cover. Later versions of the 600 became more British, with the addition of the L-Series powered diesel version (which Honda also used in their Accord) and the fire-breathing 620Ti, which boasted a 197bhp T16 power unit.As with all of the previous Honda/Rover joint efforts, it was the Honda that reached the market first: the Accord being announced during the late months of 1992. Many observers that knew that a new mid-range Rover was on its way, and was based on the new Honda were more than a little worried by the Japanese version’s styling – which was a little heavy handed. They need not have…
April 1993
Rover 600 launched
The Rover 600 was officially launched in April 1993, and hit the market at a particularly fertile period in the European mid market: Ford had replaced their Sierra with the new and frighteningly competent Mondeo and the result was that the Rover would be fighting some new and impressive machinery. Not least the E36 BMW 3-Series that had been announced in November 1990 – and had not began to show even traces of ageing.
Needless to say that with its Honda underpinnings, the Rover 600 was seen as being at a disadvantage against such fearsome opposition, but the truth was somewhat different. Car magazine summed up the situation perfectly in a group test, which pitted the 620SLi against the BMW 318i, Ford Mondeo Ghia and Citroen Xantia:
“Assemble these four cars for appraisal by an unprejudiced public and the Rover would win hands down. No question. It is a winner. If we’re talking class – and that’s what the upper echelons of the M2 sector are all about – the 620SLi exudes it. It is not as roomy as appearances suggest, it does not perform with great distinction, and it’s no more fun to drive (arguably less) than the Ford Mondeo. But it scores handsomely for comfort, refinement, quietness and build quality. Above all, it imbues the driver with a sense of it’s good-to-be-here well-being that its rivals cannot match. It has style, it has image, it has class.”
Rover 600 interior was pure Honda, right down to the seats – and yet, thanks to Honda’s acknowledgement of Rover’s way of designing an interior and the British colour schemes, the Rover 600 still managed to exude a classy ambience that was rapidly becoming a Rover forté.Like the older first Rover 200 before it, the Rover 600 proved very strong on static qualities: it looked right and as Car magazine summed up, it exuded a classy image that at the time, made it a bit of a unique proposition in its class. What went against the 600, though, was the overt Honda influence in the engineering of the car – as was demonstrated time and time again in the past, Rover were not interested in producing a car that used wishbone suspension – it allowed for too little wheel travel, which resulted in the inability to deliver a supple and well-damped ride.
August 1994
Turbo petrol and diesel models are introduced
Trouble was looming for the Rover, however, and it would come in the form of the company’s new ownership. With Honda effectively disentangling themselves from Rover s quickly as possible, the future for the Rover 600 was effectively a short one. By the time of the BMW takeover, Rover were already working on adapting the Rover 600 to accept the turbocharged version of the T16 engine, already used in the 420 Sport and 820 Vitesse models. But, the mainstream 600 models would continue to rely on Honda for their engines – and because Honda chose to re-negotiate their licence agreement following BMW’s takeover, it was now effectively costing the company an excessive amount of money to produce the 600.
Because of this, BMW set about producing a replacement for the 600 and 800 models, and sadly, ceased any meaningful marketing of the car soon after this decision was made. Nevertheless, British engined versions of the 600 soon appeared – the first of which was the L-Series powered turbo diesel version. This useful model significantly added appeal to the 600 model in those predominantly DERV orientated markets, such as France and Italy, where the Rover 600 had already established itself s being popular. The L-Series engine was an update of the Prima engine first found in the Maestro and Montego – and like its progenitor, proved remarkably economical in service.
Following hot on the heels of the diesel version came the highly effective and sadly underrated 620Ti version. With a maximum power output of 197bhp at 6000rpm, it truly was a real Q-car, because like all Rover performance models of the time, it wore no body addenda hinting at its colossal straight-line speed.
Autocar was impressed: “We approached the new Rover turbo with some trepidation because previous high-powered front-drive Rovers have had either poor traction, bags of wheel fight or both. The 620Ti is far easier to tame than any of its predecessors. A small amount of torque steer is evident when the car is pulling out of tight corners in first or second gears, and the car will also tramline under very hard braking, but in most circumstances this is a predictable, stable car that just goes where it’s pointed.” Certainly the 620Ti was able to put its power down respectably, and this was due in no small part to Honda’s intelligently designed front suspension geometry.
Overall, the 620Ti emerged as an excellent performance saloon, but because it seriously encroached on BMW’s hallowed ground, and it was not quite how the parent company saw Rover in the contemporary executive market, marketing support for the car was dropped.
Rover 600Ti performance figures
Standing start acceleration
0-30mph | 0-40mph | 0-50mph | 0-60mph | 0-70mph | 0-80mph | 0-90mph | 0-100mph | 0-110mph |
---|---|---|---|---|---|---|---|---|
2.8 secs | 4.1 secs | 5.6 secs | 7.2 secs | 9.5 secs | 11.9 secs | 15.0 secs | 18.9 secs | 24.7secs |
Maximum speed in gears
Top | 4th | 3rd |
---|---|---|
140.3mph | 113mph | 90mph |
Overall fuel consumption
29.9mpg |
Customers liked the Rover 600 – and although it was comfortably outsold across Europe by the BMW 3-Series, it established itself for its tight build quality and impressive reliability. Many saw the marriage of British style and Japanese reliability as a positive buying point – and not many people were disappointed by their 600s in service. Also, the Rover 600 won many admirers for its styling, and if Rover tried quite hard to disguise the fact that it was a genuinely stylish car with some boring colour options and rather unremarkable wheel designs, it is a design that in the context of its replacement has aged very well.
It was also a car that contained more Rover DNA than many people have given it credit for – rather like the 200/400, it was a car with a Japanese designed interior, but it still managed to look like Rover had penned it. Why? Because Honda more than happy to adopt the design principles set out by Rover, if ultimately it improved their own products along the way. When asked about the success of the Rover 600’s design, Richard Woolley is quite clear about his own feelings. “Yes, I am proud of the car, and although the engineering was all Honda, Rover significantly influenced the approach that was taken to the project as a whole.”
When it came to producing a replacement, BMW and Rover continued the style pioneered by the Rover 600, except perhaps increasing the already liberal (but certainly not excessive) amounts of chrome used on the car. The 600’s replacement, the Rover 75 may have looked reasonably similar, but it drove very differently: and the essentially sporty appeal of the car was sadly lost to BMW’s misguided ambition for Rover to offer a pillow soft ride above all else.
Rover 600 (1993 – 1999) Buying Guide
Good
- The most reliable mid 1990s Rover (really a Honda Accord). Nice-looking car. Wood, leather and stainless steel kickplate image.
- 156 bhp 2.3 litre Honda engine by far the best. Chassis also greatly improved on 2.3s.
- All manuals have good gearchanges and 129 bhp Honda 2.0 litre engines are smooth and economical. 113 bhp 1.8 is an 1,850cc multipoint injected Honda engine, not a Rover 'K'. Automatics by Honda. Good metallic paint colours, such as Nightfire Red, Caribbean Blue. Generally quite a good, cheap second-hand buy.
- Timing belts of L Series diesels apparently do last the scheduled 5 years or 84,000 miles.
- Very Low 2 out of 9 point death rate from accidents in this model.
- Rovers generally had slightly below average warranty repair costs in 2003 Warranty Direct Reliability index (index 93.69 v/s lowest 31.93), just beating Nissan. Link:- www.reliabilityindex.co.uk 1995-1997 had fewest breakdowns, avaeage for problems and faults; 1997-1998 average for breakdowns, problems and faults in 2003 Which survey.
Bad
- Understeery handling, over-light steering on all but 2.3.
- Ride quality not up to luxurious image.
- Average performance in NCAP crash tests.
- Production ended in 1999, but was still on Glass's Guide's new car price lists in Summer 2000 so watch out for late registrations.
Watch
- Check everything electrical (windows, roof, mirrors, seats, etc.). Rear wings rot out along bottom edge above bumper. And replacements are hard to obtain. This is a big panel in short supply, so the problem is very expensive to remedy.
- Will run to high mileages (150k plus) so might be clocked. A 50,000-miler should not have excessive paint and windscreen chips, front number plate should be original.
- Avoid the 'Ti' petrol turbo model as was plagued with oil seal problems. 620Ti Turbo with Rover 'T' Series engines prone to blow gaskets.
- Ignition igniter on Honda engines can fail and is expensive to replace.
- Rover direct-injected 'T' Series diesels okay, but only gain about 7 mpg on the petrol 2.0 litre.
- Exhaust rear boxes blow on low-mileage 'short-run' cars. A 'V' or 'W' reg will have been sitting around for months before it was registered. Check for emulsified oil under the oil filler caps of 2.3i engines as this could indicate a cracked cylinder head which is £2k to replace.
- Roy Thompson's tips for windscreen washer bottle and motor/pump removal:
Haynes Repair Manual gives quite a major strip down to do this job but it is not all necessary.
1.Jack up NSF of car, support car, remove wheel and plastic wheel arch liner.
2. Remove recessed blank on NSF ‘bumper’ or fog light, if fitted. Drain the bottle of fluid.
3. Unbolt filler tube and gently pull extension tube out of bottle – heating with warm water helps.
4. There are three 10mm bolts holding the bottle, the forward bolt is awkward but can be moved by going through the opening for the fog lamp – hand in and feel for the head of the bolt. Use a 10mm small socket set – it can be done! The other two bolts can be removed from the wheel arch area.
5. Detach bottle. Do what is necessary but, before refitting, modify the lugs of the bottle. See the diagram attached with this letter.
6. Fit the top and forward bolts first – with washers – then slot bottle in to position under the bolts. Tighten down. - On the 623i and 620i an intermittent fault that causes the engine to cut out may be nothing more than a failed ignition amplifier. A replacement part costs £50.
- Useful information if the AIRBAG LIGHT comes on. Reader had a 1999 Rover 620 GSI automatic. The car is in good condition and properly maintained. He left the ignition on for several hours and, following a jump-start from a big battery pack, the SRS (airbag) light came on. He was in the Midlands, out of area for airbagman But got the problem fixed for £35 by Hammonds Automotive at Lutterworth. The car was manufactured as Honda was departing from Rover. The airbag circuit is by Honda. Other circuits are not by Honda. Once the two separate circuits were bridged to each other, a simple re coding was possible.