The first installment of Project Binky. Can two basket cases from Shropshire create one serious Mini? We're attempting to build the fastest Mini on the planet. The plan is to try and shoehorn all the engine and running gear from a Toyota Celica GT4 into a rotten Mini. Can we do this monster engine swap? Can we build an Austin Mini GT4? Join us on this roller coaster ride of a build.
In the first episode of Project Binky, we take a rotten old Austin Mini and strip it down to a bare shell. We then take an angle grinder to it and cut it to pieces. It's only then that the customised rebuilding process starts. We're trying to create one of the fastest Minis on the planet. We're going to rebuild it with the engine and running gear from a Toyota Celica ST185 GT4. Or at least that's the plan. Whether it comes off or not is another matter. We're filming this as it happens so what you see is only a few weeks behind where we're actually at so we're not sure yet whether we can do it. That's kind of the fun though. Stick with us through the highs and the lows of the project. Hopefully it'll be worth the agony and cash.
In the 2nd episode of Project Binky, we start to get down to the nitty gritty of the build. We strip out the front bulkhead, make all new suspension mounting points and drink a lot of tea. We also travel to Goodwood for a cheeky track day. The project to fit all of the running gear from a Toyota Celica ST185 GT-Four into a Mini 1000 without widening or lengthening it, really starts to take shape.
Project Binky: A Toyota Celica GT-Four engine, gearbox and running gear is being shoe-horned into a 1980 Mini 1000. In episode 3, the turbo-charged 3SGTE engine gets put aside as we concentrate on getting the rear suspension and sub-frame mounted in the back of the Mini. Silliness abounds in this monster project.
Project Binky: A Toyota Celica GT-Four engine, gearbox and running gear is being shoe-horned into a 1980 Mini 1000. In episode 4, the Mini finally gets an engine. All the running gear gets installed and there's a miracle prop-shaft situation. It finally dawns on us that it just might be possible to get the 3SGTE engine in the car and the project might just work!
In episode 20 of Project Binky, we continue working on the mini's electrical system and solve (we hope) the ancillary drive conundrum. There's an unbelievable amount of work in this one, far too much to show in one 30 minute episode without killing it dead, so there'll be an additional machining video out in a couple of weeks for anyone who'd like to see more of the detail in the latter part of this episode. It's all systems go in the continuing effort to build one of the world's fastest Mini's.
This is part two of how we made the flexi-shaft auxiliary drive system in episode 20 of Project Binky. In this part, we make the brackets to hold the alternator, a pulley, an adaptor and then put it all together. There was far too much to show in the normal episode run-time, so we thought we'd make an additional series of videos going into a bit more detail of how we did it. Hope you enjoy it.
The Outtakes Part 5
Bracketry Award - Judging the 2020 IQCS Semi-Finals
Howie Did It - Toyota E154F Gearbox Strip and Rebuild
BOM at the Historic Rally Festival 2021
Howie Did It - Retrimming Honda S2000 Seats
Best of Binky Gag Reel
In episode 39 of Project Binky - the one that nearly killed us - we encounter some problems with the quick and easy way of fitting a suitable dashboard. We therefore had to take matters into our own hands and learn a whole new set of skills while developing a novel way to make printed circuit boards.
Faced with some clearance issues, we needed a printed circuit board, but with no electronics experience, how would we go about that? Well, we figured we might just be able to print our own! Here's what went into making the PCB in Episode 39 of Project Binky, and why it took so long to get that episode to you!