Upper wishbone with mounting bracket, suspension strut - exploded view — AUDI
Upper wishbone with mounting bracket, suspension strut - exploded view on Audi: factory workshop procedure. Full factory text, tools and checks.
Workshop procedure for AUDI — the factory write-up, straight from real workshop data.
📋 Procedure
ℹ️ Torque figures below come verbatim from workshop data — always cross-check against your vehicle's factory manual before final tightening.
Upper wishbone with mounting bracket, suspension strut - exploded view
Suspension strut
Removing and installing (see the separate procedure)
Servicing suspension strut (see the separate procedure)
Installation position of suspension strut on vehicles with conventional shock absorbers
Fig.
Installation position of suspension strut on vehicles with Audi magnetic ride
Fig.
Installation position of suspension strut on GT version
Bolt
Nut
110 Nm
When tightening nut, set torque wrench
V.A.G 1332 to 82 Nm
This tightening torque only applies when using insert tool
T40037
Always renew if removed
Bolt
30 Nm
Nut
110 Nm
Pre-tighten to 8 Nm, and then tighten to final torque with suspension in unladen position
Always renew if removed
Vehicle must be in unladen position when tightening (see the separate procedure)
Mounting bracket
Bolt
Bolt
Bolt
30 Nm
Mounting bracket
Nut
110 Nm
Pre-tighten to 8 Nm, and then tighten to final torque with suspension in unladen position
Always renew if removed
Vehicle must be in unladen position when tightening (see the separate procedure)
Bonded rubber bush
Renewing (see the separate procedure)
Upper wishbone
Different versions with M12 or M14 thread on tapered pin; for correct version, refer to
Electronic parts catalogue
Removing and installing (see the separate procedure)
New-generation suspension components (upper wishbone, lower wishbone and wheel bearing housing) were phased in in production from model year 2010 onwards. These parts can be identified by the tapered pin on the wishbone
1) and the bush
2) for the tapered pin in the wheel bearing housing. For correct version refer to
Electronic parts catalogue.
1)
Thread on tapered pin of old-generation wishbone = M12; thread on tapered pin of new-generation wishbone = M14.
2)
Outer diameter of shoulder on bush for tapered pin in old-generation wheel bearing housing = approx. 37 mm; outer diameter in new-generation wheel bearing housing = approx. 39 mm.
No new parts are available for replacement of the old-generation suspension components; only the new-generation parts are now supplied.
Mixed installation of suspension components of different generations on one suspension unit or on the same axle is not permitted.
Nut
110 Nm
Always renew if removed
Vehicle must be in unladen position when tightening (see the separate procedure)
Nut
Always renew if removed
Different versions; for correct version, refer to
Electronic parts catalogue
After detaching upper wishbone from wheel bearing housing, remove residual adhesive from thread of tapered pin
M12: 110 Nm
M14: 160 Nm
Wheel bearing housing
New-generation suspension components (upper wishbone, lower wishbone and wheel bearing housing) were phased in in production from model year 2010 onwards. These parts can be identified by the tapered pin on the wishbone
1) and the bush
2) for the tapered pin in the wheel bearing housing. For correct version refer to
Electronic parts catalogue.
1)
Thread on tapered pin of old-generation wishbone = M12; thread on tapered pin of new-generation wishbone = M14.
2)
Outer diameter of shoulder on bush for tapered pin in old-generation wheel bearing housing = approx. 37 mm; outer diameter in new-generation wheel bearing housing = approx. 39 mm.
No new parts are available for replacement of the old-generation suspension components; only the new-generation parts are now supplied.
Mixed installation of suspension components of different generations on one suspension unit or on the same axle is not permitted.
Bolt
Bonded rubber bush
Renewing (see the separate procedure)
TorqFix answers live for your specific car — tell it the engine code and it serves the matching sequence, torque figures and wiring for that exact variant.
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Who makes these pages, and how
TorqFix was built by a mechanic — after a 2,700 km drive with five roadside repairs that no diagnostic tool could explain.
The figures on this page come from manufacturer workshop documentation and are shown as they are. The page is assembled automatically from that data — it is not written by an AI. The AI works in the chat, where it answers for your specific car. It writes nothing here.
Variants of the same model differ. Cross-check torque against the factory manual for your engine before final tightening.
Seen a figure that does not match your manual? Write to us — we correct it and note when. support@torqfix.com
The story behind TorqFix → · How these pages are made →Workshop data on this page last updated 20 Sep 2026.