remove rear seat, fit roll cage, attach to that.
Citroen Saxo's will take most equipment fitted to a Peugeot 106. They are basically the same car underneath, with some minor cosmetic changes. Go find a Peugeot 106 Gti and get the leather interior from that to pimp the undoubtedly dodgy fabric seats in your saxo. Of course you can got for aftermarket (Corbeau, Recaro etc) but may be limited on price for decent seats that would pivot forward for a 3 door vehicle.
me kyron caunt . i lapped a veyron with a saxo!
Only if it is an early mk2. All mk1 sharans, galaxy's and alhambras have 6 3point harnesses and a lap belt in the centre seat.
There are many popular features of the Saxo VTR Japanese automobile, including a 120 HP, 16 valve engine, and vented front and rear brake discs. Beginning in 1997, Saxo VTR models also included their signature, patented 3 Speed Automatic Gearbox.
Visit your local home improvement store, they would likely carry them. Also a safety supply store might carry them, and be an option for finding safety harnesses.
Yes, a 2006 or 2007 Mazda 3 2.3L engine should fit into a 2004 Mazda 3 with a 2.3L engine, as they share similar engine designs and components. However, it's important to verify compatibility with specific parts like the engine control unit (ECU) and any necessary wiring harnesses. Additionally, checking for any differences in emissions regulations or mounting points is advisable before proceeding with the swap.
no there two different body styles
To fit a 3-point seat belt in an LDV minibus, first identify the mounting points for the shoulder and lap belts, typically found on the vehicle's frame. Attach the retractor mechanism to the designated location, ensuring it is securely fastened. Next, connect the lap belt to the floor mount and the shoulder belt to the upper anchor point, adjusting for proper tension and fit. Finally, test the belt's functionality to ensure it retracts and locks correctly.
stage 1 20nm stage 2 120 degrees stage 3 120 degrees
Three times. 1= 42 2= 84 3= all 102, with leftover space for 18.
Each interior angle of a regular hexagon is 2*pi/3 radians (120 degrees). Three regular hexagons, meeting at a point, would cover 3*(2*pi/3) = 2*pi radians (360 degrees). Since this is the measure of a full turn, the hexagons fit together.
3, hence the name "the 3-point line"