Wolseley 1100 and 1300 (1965 – 1973) Review
Wolseley 1100 and 1300 (1965 – 1973) At A Glance
Excellent driver just like all 1100/1300s, comfortable, well-appointed, and cheap to run
Rust is a big killer so watch for poorly executed repairs
The Wolseley 1100 was another simple badge-engineering job, which as excellent as the car was, continued to undermine Wolseley's marque values. But at the time of its launch in 1965, it was a logical extension to the range, continuing the appeal of the front-wheel drive Hornet into something a little more family sized.
The Wolseley was a comparative latecomer to 1100 range, not being launched until 1965, three years after the Morris original. Mechanically was identical to the Riley and MG versions with a 55bhp A-Series engine, but it also had the option of attractive two-tone paintwork to make it stand out a little more.
The 1300 appeared in 1967 with a 1275cc engine instead of 1098cc. This had an allsynchromesh manual gearbox and offered 70bhp thanks to twin carburettors - so quite a perky performer.
Wolseley 1100 and 1300 (1965 – 1973) Buying Guide
What to look for
Bodywork:
One thing the Austin 1100/1300 is famous for is its ability to rot. However talented Issigonis may have been in other directions, he wasn’t that great at designing cars which were capable of resisting tinworm. An 1100/1300 will willingly rust anywhere, given the chance, especially if it’s a car that sees a lot of use, as many of these vehicles still do.
The front wings are a logical place to start your investigation. Corrosion hits around the seams where the wings connect to the front panel (in much the same way as they affect Minis) and can also break out around the headlamps and sidelights. This isn’t all with the front wings, for the lower rear edge, next to the door, also deteriorates easily. It’s not only the outer panel you’ll have to be worried about as well, since the inner wings are prone to problems too. You may find trouble at the top of the inner wing, so check it out from under the arch and from under the bonnet as well. The outer wing mounting flange – which is behind the wiring loom – is a particularly vulnerable spot, as are the locales around the fuse box and starter solenoid.
Your engine bay investigations shouldn’t just be confined to this area, as there’s the bulkhead where it forms into a shelf under the washer bottle. As you might expect, it’s a prime location for collecting water. The area around the clutch and brake master cylinders also suffers as a result of spillage.
Naturally, the sills aren’t the most resilient of items. Even if there’s no obvious signs of rust, you should look at the fit as well, for it could just be a cover item, fitted to disguise serious problems underneath. If the sill tapers in towards the rear, or doesn’t have a step at the front which slots in behind the front wing, suspect a cover item. It’s a good idea to take a magnet along with you just to check for filler disguising faults. The body number is stamped on the nearside sill door step – either near or under the front door seal – which is often welded over if the sills have been touched. However, it’s likely that most 1100/1300s will have had their sills done by now, so a more surefire way of checking for bodges is to look underneath the car for spot welds.
Above the sills, both sets of doors will start to disappear from the bottom upwards, thanks to water getting inside. The bootlids are also known for going at their bottom edges, as is the boot itself, although its tinworm troubles start in each corner. You can see the edge of the box section that supports the rear spring mountings inside the boot as well, but you’ll get a better idea of how rusty (or otherwise) these areas are by looking under the rear seat (see interior section) The rear valance can also corrode, and the bottoms of the back wings can be bedeviled by tin worm too.
All the four wheelarches are susceptible to rust, although the back ones will probably be in a more advanced state of decay than the front ones. Don’t just look at what you can see outside, but also at the inner wings as well.
On GT cars, feel the vinyl roof for crunchiness underneath, a pointer to water having got trapped underneath.
Trim on all cars can be quite difficult to find. It’s all out there somewhere if you search enough autojumbles, but is getting rare now, especially for the less plentiful cars like the Riley, MG, Wolseley or Vanden Plas. So, do check the brightwork, because putting right damaged or corroded parts might be more involved than you think.
Suspension:
Hydrolastic suspension is a pretty good system that cuts out a lot of the moving parts that can go wrong on cars with a conventional set-up. Theoretically, it’s sealed for life, but then again, BMC and BL probably weren’t planning on too many 1100/1300s having a life of over 40 years! Check that the car sits fairly and squarely all around all around. If it’s down on one side, it suggests a leak – look for fluid on the ground – but you might get away with a £20 or £30 pump up from a garage or one of the rapidly diminishing network of MG Rover dealers.
CV joints wearing out are relatively common. A clicking noise from a front wheel when cornering points to the joint being on its way out, but don’t worry too much. They’re cheap ’n’ easy to put right.
Interior:
Lift the carpets to check the floorpan – but especially check the front corners in the footwells, plus the seatbelt mountings and the inner sills. If the carpets are wet when you touch them (and it’s not raining outside), it points to water getting in where it shouldn’t ought to… probably from the bulkhead around the heater or the footwell kickplates.
Underneath the rear seat, you’ll be able to check the rear subframe mounts and how rusty they are. It’s a tricky area to put right, but sadly very dangerous if tinworm is too far advanced.
Now to the nice stuff – the furnishings. As with the outside, missing trim won’t be that easy to source without a search, and if you need to fully retrim a Vanden Plas, it could almost approach Rolls-Royce levels of expenditure!
Underneath:
Front subframes don’t usually suffer from problems, thanks to their close proximity to the engine, which usually ensures a nice supply of corrosion-proofing oil. However, do investigate the mountings – you can see them from inside the engine bay, at the lower front corners.
Rear subframes are another matter though. They corrode quite readily and can also suffer stress fractures, thanks to hitting kerbs and also incorrect jacking (as a result of using the rear crossmember). Unfortunately, it’s not that easy to spot cracks because of all the grime/underseal that usually coats the frame.
Don’t forget to look at the petrol tank. It can rust around the seams, with the result that scary leaks occur.
Gearbox:
While all the gearboxes whine a little – it’s part of their character – a loud one or a rattle coming from gearbox idler gear (near the clutch) while the car is underway points to a worn bearing. If it isn’t sorted out, it will eventually damage the casing itself, and then your only solution will be a new gearbox. Don’t be bothered about gear chatter while the car is just idling – that’s just another transverse front-wheel-drive A-series transmission personality trait. You’ll learn to love it in the end.
Clunks when pulling away can point to a few possible maladies. Best case scenarios are just worn engine or gearbox mountings, the result of worn bushes or a stabiliser bar not doing what it should be. More worrying are worn driveshaft couplings…pull the shafts and feel for any play.
The four-speed automatic AP gearboxes don’t play up very often, but don’t expect sophistication from them. They’re generally a bit leaden with their changes, and often seem uncertain as to what ratio they should be in, but listen out for strange noises and feel for (very) rough changes as signs of a ’box approaching the end of its life. Squealing at low revs points to a blocked engine breather, especially if accompanied by an uncertain tickover too.
Engine:
The A-series may be a British motive power legend, but don’t take its supposed ruggedness and longevity for granted. Yes, they’re very easy to work on and parts are still everywhere, but lack of care will hasten their demise sooner rather than later.
High oil pressure doesn’t really mean much – these engines can soldier on showing a good reading right up until the second they kill themselves – but on cars fitted with an oil gauge, anything less than 40psi simply isn’t healthy.
You can check the condition of the engine stabiliser mountings – as mentioned in the section on the gearbox as well – by grasping the engine and trying to rock it back and forth. If there’s significant movement, then the mountings will need replacing. Advanced trouble in this department will show up during a test drive with the A-series actually shuddering when drive is taken up. It can feel like a pendulum on very bad examples, and on cars like this, ancillary items – such as the exhaust or pipework – can get damaged because of the constant shaking.
Do keep an eye on the temperature gauge. While the side-mounted radiators usually operate efficiently enough, they don’t get any direct air flow from the grille, so the fan doing its job well is important, as are clear waterways.
Don’t expect the engine to be particularly quiet, thanks to inevitable A-series tappet noise and timing chain rattle. However, noisy timing chains are simple enough to put right and won’t bash your wallet. Listen out for rumbles and other worrying noises from deep within the engine, for they indicate an imminent engine rebuild or replacement on the cards. Look for the usual signs of blue smoke from the exhaust and/or under the filler cap for further proof of potential problems.
You shouldn’t expect the engines to be completely oil tight either, with the multigrade making a break for it from the driveshaft couplings, timing chain cover and where the block joins the gearbox. Most owners just live with it…and unless there’s a veritable flood of black stuff, it’s not much to worry about.
Summary
There’s an 1100 or 1300 to suit every classic fan. If you want salt of the earth motoring (although salt probably isn’t a good substance to mention in connection with these cars) then there’s the Austin or Morris version. If you want a bit of luxury, then a Vanden Plas or Wolseley will be pleased to accommodate you, while performance – of a sort – comes from the MG, Riley or GT. Those who love the Sixties will delight in the period charm of the Mk 1, yet British Leyland enthusiasts won’t be disappointed by the brash colours and Seventies ambience of the Mk 3 models. Essentially, these cars have got all bases covered.
So we’re not going to recommend one particular version because you’re bound to have your own favourite, and nothing we can say will change your mind. You may do that yourself eventually…and when you do, there will be plenty other variants of the breed to explore and indulge in instead!
Running Wolseley 1100 and 1300 (1965 – 1973)
Contacts
Clubs:
The 1100 Club, www.the1100club.com
MG Car Club, Kimber House, PO Box 251, Abingdon, Oxford, OX14 1FF. Tel: 01235 555552 or www.mgcars.org.uk/carclub/
MG Owners Club, Octagon House, Over Road, Swavesey, Cambridge, CB4 5QZ. Tel: 01954 231125 or www.mgownersclub.co.uk
Riley Motor Club, c/o Brian Lowe, 154 Cot Lane, Kingswinford, West Midlands, DY6 9SB. Tel: 01384 273878
Vanden Plas Owners Club, c/o Brian Peebles, The Ferns, Tripenhad Road, Ferryside, Carmarthenshire SA17 5RS or www.vpoc.info
Wolseley Register, c/o Cindy Shilton, Wolseley House, 1 Priory Crescent, Roade, Northants NN7 2NF or www.wolseley.dircon.co.uk
Specialists:
As well as the specialists listed below, Mini specialists should be able to help out with a lot of mechanical parts too.
RPM Workshops, Derbyshire. Tel: 01246 455540
BL Transverse, London. Tel: 020 8654 3069
New/Old Stock, Ayrshire. Tel: 01246 455540 or www.austin1100-1300.co.uk
Bumper to Bumper, Suffolk. Tel: 01502 740128
Earlpart, Derbyshire. Tel: 01773 719504
Ex-Pressed Steel Panels, Yorks. Tel: 01535 632721 or www.steelpanels.co.uk
Wolseley 1100
0–60 | 18.0 s |
Top speed | 85 mph |
Power | 55 bhp |
Torque | 61 lb ft |
Weight | 830 kg |
Cylinders | I4 |
Engine capacity | 1098 cc |
Layout | FF |
Transmission | 4M/4A |