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MOTRS

E-Type

1961-1975 / Coupe / Roadster / 2+2 / United Kingdom

Photo: Photo by Vauxford / Wikimedia Commons CC BY-SA 4.0

// THE STORY

Enzo Ferrari called the E-Type the most beautiful car ever made, and it's hard to argue. When it arrived at the Geneva Motor Show in 1961, the combination of stunning looks, 150mph performance, and a price that undercut its competitors by half caused a sensation. The long-nose coupe with its sweeping bonnet and teardrop fastback is one of the most recognisable shapes in automotive history.

The Series 1 is the purest expression, with its covered headlights and minimalist dashboard. The Series 2 added more comfort and safety equipment, while the Series 3 brought a silky V12 engine and wider body. In Australia, E-Types are the crown jewels of any Jaguar club event and command strong prices across all variants. The roadster is the most valuable, but the fixed-head coupe is the better car to drive, with its stiffer structure and more comfortable cabin. Owning an E-Type is a commitment, but the reward is driving one of the most important cars ever built.

// SPECS
Body Coupe / Roadster / 2+2
Engine 3.8-5.3L Inline-6 / V12
Country United Kingdom
Production 1961-1975
Units Built 72,507

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// KNOWN ISSUES

What to watch for.

All 24 issues

Structural floor pan corrosion

Minor
Bodywork and Rust
What happens

Floor pans rot through, usually starting from the inside where moisture sits under the carpet and sound deadening. The car loses rigidity, doors stop closing properly, scuttle shake increases, the windscreen cracks.

Why it happens

The monocoque relies on the floors for structural integrity. Jaguar's rust protection was essentially "paint it and hope." Water gets in through door seals, drain holes that block, and windscreen rubbers that fail. Australian cars fare better than UK examples, but nowhere is immune.

How to fix it

Cut out the rot, fabricate or buy replacement floor sections, and weld them in. This is major surgery, the car needs to be on a jig to maintain alignment. Budget $8,000-15,000 AUD for professional floor repairs, more if the inner sills and bulkhead are involved. DIY is possible if you're a competent welder, but alignment is critical.

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Sill corrosion (inner and outer)

Minor
Bodywork and Rust
What happens

Sills collapse, doors sag, the car visibly droops in the middle. Outer sills may look fine while the inner sections are completely gone.

Why it happens

Water sits inside the sill box sections. Drain holes block with debris. The inner sill is hidden behind trim and carpet, so rot goes undetected for years.

How to fix it

Inner and outer sill replacement. The car needs to be supported properly during the work to prevent the shell from distorting. Replacement panels are available from SNG Barratt and Martin Robey. A full sill replacement on both sides runs $5,000-10,000 AUD professionally.

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Bonnet corrosion and distortion

Minor
Bodywork and Rust
What happens

The enormous forward-hinged bonnet develops rust in its seams, inner structure, and around the headlight openings. It can also distort if the car has been jacked incorrectly or been in a minor shunt.

Why it happens

The bonnet is a complex multi-piece assembly with lots of seams where water sits. It's also thin-gauge steel that's vulnerable to stone chips and abrasion. The sheer weight of the thing stresses hinges and mounts.

How to fix it

Minor rust can be cut out and repaired. Major corrosion or distortion usually means a replacement bonnet, $15,000-25,000 AUD for a quality reproduction, plus paint. Alignment after fitting is an art form. Bonnet hinges and the tilt mechanism should be inspected and rebuilt at the same time.

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Boot floor and rear end corrosion

Common
Bodywork and Rust
What happens

The boot floor rots, the spare wheel well fills with water, and corrosion spreads to the rear inner wings and battery tray area.

Why it happens

Blocked drain holes, failed boot seal, poor design that traps water. Battery acid leaking onto metalwork accelerates the problem.

How to fix it

Cut and replace the affected panels. Boot floors are available as reproduction parts. Check the battery tray area carefully, acid damage is insidious.

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Bulkhead and scuttle rot

Minor
Bodywork and Rust
What happens

The joint between the bonnet section and the cabin, the scuttle, rots. Water leaks into the cabin, the windscreen frame weakens, and eventually the whole front of the car becomes loose.

Why it happens

Failed windscreen rubbers, blocked drainage, standing water in the scuttle area. This is one of the hardest areas to inspect and one of the most expensive to repair.

How to fix it

Major structural repair requiring the windscreen to come out. The scuttle area needs cutting, fabrication, and welding. This is specialist work, get quotes before buying a car with scuttle rot.

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XK engine oil leaks

Common
Engine
What happens

Oil weeps from every gasket and seal, cam covers, timing cover, rear main seal, sump gasket. Most E-Types leave marks wherever they park.

Why it happens

The XK engine was designed in the 1940s with rope seals and cork gaskets. Modern sealants help, but the casting surfaces are rough and it's nearly impossible to get them completely dry.

How to fix it

Replace gaskets and seals methodically. Start with the cam covers (easy, cheap) and work down. The rear main seal requires gearbox removal. Accept that a small weep is normal, you're aiming for "doesn't drip on the garage floor," not "operating theatre clean."

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