Does sound like a plan mate, you doing the work yourself?
Ive got a mate who had a rover coupe turbo and he'd done a few bits to that and it was rapid.. will try and find out his spec and see if hes still got any videos of it if i get a chance.
Our new project/track car...
Spec'C'57 wrote:Well first things first... It runs... :-D
On the down side... the engine is leaking oil when cold.. :x once warm its fine.. Also gotta sort a water leak from the pump housing. Probably why it died first time around..
The engine came from a breakers in yorkshire, should i contact them or just change the head gasket?? TBH it will cost me the carriage as always to get it sorted so thinking to hell with it....
Anyway. Nope never swapped the sump over as didnt seem much different... :? will double check but dont think it has the oil cooler either..
Will look tonight as its still up on axle stands.
I still have the old engine so am tempted to build a good engine from that. maybe something for 300HP.. :twisted:
Also will see how the G/B is and maybe give you a shout...
Its a common fault with the T16 to leak oil from corner of the head

Was looking at the klinger set, but heard the head needs skimming to fit it.
Thought i would maybe swap it for an OE replacement until the spare engine was built ...... :? unless of course im pointed otherwise.
Yep will do the work myself. Hopefully being pointed in the right direction as to spec wise... not after silly horse power but something quick enough to enjoy...
the spec'C' has 350 at the moment and that is fun.... :lol:
Thought i would maybe swap it for an OE replacement until the spare engine was built ...... :? unless of course im pointed otherwise.
Yep will do the work myself. Hopefully being pointed in the right direction as to spec wise... not after silly horse power but something quick enough to enjoy...

[quote="Spec'C'57"]Was looking at the klinger set, but heard the head needs skimming to fit it.
Thought i would maybe swap it for an OE replacement until the spare engine was built ...... :? unless of course im pointed otherwise.
Yep will do the work myself. Hopefully being pointed in the right direction as to spec wise... not after silly horse power but something quick enough to enjoy... ]
the klinger is a direct replacement so no need for skimming unless the head is warped then you would defo skim a warped head anyway if you need a head let me know i have quite a few :-D
Thought i would maybe swap it for an OE replacement until the spare engine was built ...... :? unless of course im pointed otherwise.
Yep will do the work myself. Hopefully being pointed in the right direction as to spec wise... not after silly horse power but something quick enough to enjoy... ]
the klinger is a direct replacement so no need for skimming unless the head is warped then you would defo skim a warped head anyway if you need a head let me know i have quite a few :-D
so this would be ideal??
http://cgi.ebay.co.uk/ROVER-220-420-620 ... dZViewItem
http://cgi.ebay.co.uk/ROVER-220-420-620 ... dZViewItem
that will do the job nicely mate :-DSpec'C'57 wrote:so this would be ideal??
http://cgi.ebay.co.uk/ROVER-220-420-620 ... dZViewItem
Bit of info for you may come in handy when you rebuild :-D
VEHICLE IDENTIFICATION Rover T16 Turbo
Number of cylinders: 4/DOHC
Capacity cm3: 1994
Output:kw (din hp) RPM:::: 145 (197) 6000
Ignition system Description: MAP-i
Trigger location: Cam,crankshaft
Fuel system:
Make: Rover
Type: MEMS
Description: MFI-s
Air metering Type: MAP
TUNEING AND EMISSIONS
Ignition coil:
Primary resitance ohms: 0,71-0,81
Fireing order: 1-3-4-2
Ignition timeing BTDC: Engine/rpm 14+5/800 Not adjustable
Idle speed rpm: 800+50
Oil temp for CO test degrees C : 70
CO content at idle tail pipe Vol.% : 0,5 Max
CO2/O2 content at idle speed Vol.%: 14,5-16/0,1-0,5
HC content at idle speed ppm: 100
Oil presure Bar/rpm: 7,0/6500
LUBRICANTS AND CAPACITIES
Engine oil Grade: SAE 10W/40
Alternative: SAE 10W/30
Engine capacity with filter: 4.5 litres
Gearbox oil grade: SAE 75W/80W
Gearbox fluid capacity : 2.2 litres
Brake fluid Type: super DOT 4
Power steering fluid Type: Dexron ll
Power steering fluid capacity: 1.8 litres
FUEL SYSTEM
System presure without vacume BAR: 3,0+0,2
TIGHTNING TORQUES
Cylinder head
If head bolts have MSPS written on the top
1)45 NM
2)80 NM
3)90 Degrees
If head bolts has KX written on the top
1)45 NM
2)70 NM
3)90 Degrees
Head bolt tightning sequence
CAM PULLY END (9) (3) (1) (5) (7)
CAM PULLY END(8 ) (6) (2) (4) (10)
Main bearings:
Stage 1: 55 NM
Stage 2: 110 NM
Big end bearings:
Stage 1: 28 NM
Stage 2: 55 NM
Sump bolts: 25 NM
Sump drain bolt: 25 NM
Flywheel/Driveplate: 110 NM
Clutch to flywheel: 26 NM
Crankshaft pully / damper: 125 NM
Camshaft sprocket / gear: 65 NM
Camshaft carrier / cap :25 NM
Camshaft / rocker cover 10 NM
Inlet manifold to cylinder head: 25 NM
Exhaust manifold to cylinder head: 45 NM
Spark plugs: 25 NM
Oxygen sensor (lambda) : 55 NM
Knock sensor: 12 NM
Front hub: 250 NM
Rear hub: 185 NM
Steering rack to rod end: 44 NM
Brake caliper carrier to hub FRONT : 110 NM
Brake caliper to carrier REAR : 27 NM
Brake caliper carrier to hub REAR: 39 NM
Road wheels: 110 NM
Hope that helps you out :-D
VEHICLE IDENTIFICATION Rover T16 Turbo
Number of cylinders: 4/DOHC
Capacity cm3: 1994
Output:kw (din hp) RPM:::: 145 (197) 6000
Ignition system Description: MAP-i
Trigger location: Cam,crankshaft
Fuel system:
Make: Rover
Type: MEMS
Description: MFI-s
Air metering Type: MAP
TUNEING AND EMISSIONS
Ignition coil:
Primary resitance ohms: 0,71-0,81
Fireing order: 1-3-4-2
Ignition timeing BTDC: Engine/rpm 14+5/800 Not adjustable
Idle speed rpm: 800+50
Oil temp for CO test degrees C : 70
CO content at idle tail pipe Vol.% : 0,5 Max
CO2/O2 content at idle speed Vol.%: 14,5-16/0,1-0,5
HC content at idle speed ppm: 100
Oil presure Bar/rpm: 7,0/6500
LUBRICANTS AND CAPACITIES
Engine oil Grade: SAE 10W/40
Alternative: SAE 10W/30
Engine capacity with filter: 4.5 litres
Gearbox oil grade: SAE 75W/80W
Gearbox fluid capacity : 2.2 litres
Brake fluid Type: super DOT 4
Power steering fluid Type: Dexron ll
Power steering fluid capacity: 1.8 litres
FUEL SYSTEM
System presure without vacume BAR: 3,0+0,2
TIGHTNING TORQUES
Cylinder head
If head bolts have MSPS written on the top
1)45 NM
2)80 NM
3)90 Degrees
If head bolts has KX written on the top
1)45 NM
2)70 NM
3)90 Degrees
Head bolt tightning sequence
CAM PULLY END (9) (3) (1) (5) (7)
CAM PULLY END(8 ) (6) (2) (4) (10)
Main bearings:
Stage 1: 55 NM
Stage 2: 110 NM
Big end bearings:
Stage 1: 28 NM
Stage 2: 55 NM
Sump bolts: 25 NM
Sump drain bolt: 25 NM
Flywheel/Driveplate: 110 NM
Clutch to flywheel: 26 NM
Crankshaft pully / damper: 125 NM
Camshaft sprocket / gear: 65 NM
Camshaft carrier / cap :25 NM
Camshaft / rocker cover 10 NM
Inlet manifold to cylinder head: 25 NM
Exhaust manifold to cylinder head: 45 NM
Spark plugs: 25 NM
Oxygen sensor (lambda) : 55 NM
Knock sensor: 12 NM
Front hub: 250 NM
Rear hub: 185 NM
Steering rack to rod end: 44 NM
Brake caliper carrier to hub FRONT : 110 NM
Brake caliper to carrier REAR : 27 NM
Brake caliper carrier to hub REAR: 39 NM
Road wheels: 110 NM
Hope that helps you out :-D