Open Tuesday to Saturday from 10am to 5pm. Closed on Sundays and public holidays.
Mondays by appointment.
We will be closed from December 24th to January 1st.
Open Tuesday to Saturday from 10am to 5pm. Closed on Sundays and public holidays.
Mondays by appointment.
We will be closed from December 24th to January 1st.
Description of the owner:
This car was restored 15 years ago and these items were added, changed to make the car look like a competition mk2 back in the sixties
- louvres in bonnet
- white sticker on bonnet
- bucket seats in leather from the XK 150 (that also enable very big people (over 2.1m high) to use the car as the bucket seats are placed in such a way that they can be put with the backrest against the backseat) -towing hook in the front -towing hook in back
Other than that the car is fully standard
In option (not included) we can source an original (to be restored) front seat / bench
We have just spend +/- 7000 euro ex vat to prepare the car for multiple day event and rondtrip. It is ready to use
Description of the model
The Jaguar Mark 2 is a medium sized saloon car built from 1959 to 1967 by the Jaguar company in Coventry, England, as successors to the Jaguar 2.4 and 3.4 models, manufactured between 1957 and 1959. These retrospectively became known as the Jaguar Mark 1 following the release of the Mark 2 in 1959
Adhering to Sir William Lyons' maxim of "grace, pace and space", the Mark 2 was a beautiful, fast and capable saloon. It came with a 120 bhp 2.4 L, 210 bhp 3.4 L or 220 bhp 3.8 L Jaguar XK6 engine.[2] The 3.8 is similar to the unit used in the 3.8 E-Type (XKE), having the same block, crank, connecting rods and pistons but different inlet manifold and carburetion (two SUs versus three on the E-Type in Europe) and therefore 30 bhp less. The head of the six cylinder engine in the Mark 2 had curved ports compared to the straight ports of the E-Type configuration. For markets other than the US the 3.4 was fitted with twin SU carburettors and the 2.4 with twin Solexes, but three Solexes were used in US spec 3.4s and 3.8s in order to meet SMOG emissions legislation. This reduced power output over the equivalent SU carburetted examples.