Advertisement
Quick Links
Advertisement
Related Manuals for Fenix Mistral 2-0
Summary of Contents for Fenix Mistral 2-0
- Page 1 Fenix Mistral 2-0 Fenix Mistral 2-0 Rev. 0.5 September 2019 Rev. 0.5...
- Page 2 Before building and operating your MISTRAL 2-0, YOU MUST read through all of the operating instructions and instruction manual and fully understand them to get the maximum enjoyment and prevent unnecessary damage. Read carefully and fully understand the instructions before beginning assembly.
- Page 3 Fenix Mistral 2-0 Bag A Front End Rev. 0.5...
- Page 4 2 x G56037 6mm sphere Insert the sphere into the holder from the lower side Make 2 sets Insert the group into the MISTRAL 2-0 M20-9 front arm Fix the sphere holder with the provided Oring Make 2 sets mirror like Note:...
- Page 5 Fenix Mistral 2-0 Install the front arm on the 12mm posts, using 4HW003 M3x8 button screw. Install the M20-16 suspension holder, using 4 x HW007 M3x8 countersunk screw. Arm removed for sake of clarity. Note the position of M20-16 – the knob should face forward.
- Page 6 Fenix Mistral 2-0 Secure the G56-030 upper arm mount to the M20-16 using 2 HW029 M3x12mm Hex button screw Slide the M20-13 brace in position. Note: Be sure that the brace fit easily, you might have to enlarge the gap with some sandpaper.
- Page 7 Fenix Mistral 2-0 Steering hub Make 2 sets mirror like Insert the seeger into the kingpin Slide the kingping into the eyelet and the steering hub Insert the front spring into the kingpin Secure it with a seeger. There are4 caster clips, 2 by 1 mm and 2 by 2mm.
- Page 8 Fenix Mistral 2-0 Bag B Rev. 0.5...
- Page 9 Fenix Mistral 2-0 Servo and servo saver included, Mistral 2-0 need a low profile servo. Note the dimension of the servo suggested Use the 2 x HW003 M3x8mm button to secure the FX-FU48 to the servo saver. Use the 4 x HW008...
- Page 10 Fenix Mistral 2-0 Use 2 x HW007 M3x8 countersunk screw to fix the FX0053 20mm post Install the servo group to the s HW008 M3x6 Button IMPORTANT: servo is supposed to be less than 20mm thick. It’s important that the servo doesn’t touch the...
- Page 11 Fenix Mistral 2-0 Bag B-1 Optional vertical servo This option will be included free in the first batch of Mistral M2-0 Vertical servo will provide a more direct feeling and allow a bit more roll to the chassis. Rev. 0.5...
- Page 12 Fenix Mistral 2-0 Servo and servo saver included, Mistral 2-0 need a low profile servo. Note the dimension of the servo suggested Insert the servo into the M20-12 servo holder. Secure it using the 4 HW004 M3x10 countersunk screws and the HW004 nylock nuts.
- Page 13 Fenix Mistral 2-0 Bag C Rev. 0.5...
- Page 14 Fenix Mistral 2-0 Using the HW026 M3x12 countersunk screw, fix the steering post to the chassis, installing the provided shims. Note: some parts are removed for sake of clarity Assembly the steering linkage as shown. Take some care when insert the bearings in the carbon fibre.
- Page 15 Bag D Motor Pod NOTE: Before start to assembly the rear end of Mistral 2-0, we strongly suggest you, to visit the Fenix Racing Youtube channel and look the “V-link suspension setup” video, here is the link. https://www.youtube.com/watch?v=SEwNQcn12A0 Rev. 0.5...
- Page 16 Fenix Mistral 2-0 There, you’ll also found some video useful when dealing with the Fenix Gear Diff. Using 3 x HW012 M3x6 countersunk screw fix the V-link F2 to the motor pod. Insert 2 x HW013 M3x8 grub screw into the V-link F2.
- Page 17 Fenix Mistral 2-0 Using 4 x HW012 countersunk screws, fix the motor holder to the motor pod. Tight the screws evenly using an “X” pattern Fix the M20-4 brace to the group using 4 x HW008 M3x6 button screw. Tight the screws evenly using an “X”...
- Page 18 Fenix Mistral 2-0 How about a cup of coffee now? You deserve it! Rev. 0.5...
- Page 19 Fenix Mistral 2-0 Bag E Rear V-link and common parts Rev. 0.5...
- Page 20 Fenix Mistral 2-0 Prepare 2 sets – note the position of the spheres. Use 2 x HW0014 M2x 6 screws and 2 FX002 spheres each Note: spring holder might have different shape. Hex one or round one. Prepare side spring group set as...
- Page 21 Fenix Mistral 2-0 Prepare 2 mirror like side element, using M20-7 Fix the FU-FX48 and the body post using HW003 M3x8 button screw. Insert side spring group into the carbon fibre Note: special attention when “thread” the grub screw in the carbon...
- Page 22 Fenix Mistral 2-0 From Bag C, insert 2 HW013 grub screw, leave approximately 4mm out and screw on the 2 FUFX48. Fix the short link between V-link F1 and V-link F2 Note Please, check in the tech section about the V-link settings.
- Page 23 Fenix Mistral 2-0 Now you can couple the motor pod to the chassis group. M20-5 shock holder, using 4 by HW008 3x6 button screw. Side links can be installed using 2 x HW012 M3x6. Install now the side dampers To assembly the...
- Page 24 Fenix Mistral 2-0 Bag F Central shock holder Rev. 0.5...
- Page 25 Fenix Mistral 2-0 Cross battery Using 2 x HW007 M3x8 countersunk screw, fix 2 FX0054-26mm posts to the chassis Fix the M20-18 mini shock holder using 1 x HW003 M3x8 button screw, 1 x HW034 M3x15 grub screw and one FUFX48...
- Page 26 Fenix Mistral 2-0 Inline shock holder Shock Insert a seeger into the first seat on the shock shaft. Then your preferred piston (4 holes cylindrical suggested) and then insert a second seeger into the proper seat. To adjust the drop,...
- Page 27 Fenix Mistral 2-0 Fill the shock with your favourite oil, bleed it as usual and close it tight. Screw the cup holder on the shock shaft, insert your favourite spring and insert the spring holder as shown Rev. 0.5...
- Page 28 Fenix Mistral 2-0 Bag G Wing to chassis Rev. 0.5...
- Page 29 Fenix Mistral 2-0 Assembly 2 mirror like shoulders using M20-8 and M20-17 joint. Use 2 x HW003 M3x8 button screw. Do not tight them fully now. Use 4 x HW003 M3x8 button screw and assembly the M20-6 wing holder to the...
- Page 30 Also, check our Youtube channel for differential assembly tips. Tech area MISTRAL 2-0 represent a major breakthrough in the F1 class. Nothing comes close to this F1 model. We’ve had several drivers developing the car, from Club racers to ETS A-main finalist, we’d like to thank all of them for the time and dedication they put in this project.