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Summary of Contents for Fenix G56
- Page 1 Fenix G56 Fenix Jan 2021 Rev. 0.7 – V-Link only...
- Page 2 Before building and operating your G56, 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 G56 Bag A Rev. 0.7 – V-Link only...
- Page 4 Fenix G56 2 x G56-038 Sphere holder 2 x G56-037 6mm sphere Make 2 sets Insert the group into the G56-010 front arm - Make 2 mirror sets. Be sure that the sphere holder easily, you might have to enlarge the...
- Page 5 Fenix G56 Screw the 2 FX-1041. Make 2 sets mirror like Take the G56-008 200 (or 235) front beam. Take care of the position of the dimple, it goes toward the front of the car. Rev. 0.7 – V-Link only...
- Page 6 (Option 5mm post need to be used ) Take care of the direction for G56-039 . The arrow point the front of the car. Make 2 mirror sets. Secure the G56-030 upper arm...
- Page 7 Assembly the 2 groups to the front bear with 4 x HW008 M3x8mm button screw. Use the innermost set of holes. Active caster settings. 5 Degrees are default setting. G56-031 arm – G56-033 eyelet- G56-032 turnbuckle G56-037 sphere Make 2 sets...
- Page 8 Fenix G56 Slide the G56-012 Narrow front beam into the upper arm mounts, then insert the G56-034 hinge pins and secure them with the HW031 M2x4 screw Set the distance at 4.5mm. Assembly the steering upright group as shown. Use the provided shims to fine tune the front ride height.
- Page 9 HW- 003 M3x8 button screw as shown. Make 2 sets The dimension shown is a starting point, final refinement will be done while setting the model Keep the 2 x G56-015 for further step Rev. 0.7 – V-Link only...
- Page 10 Fenix G56 Bag B Rev. 0.7 – V-Link only...
- Page 11 Fenix G56 Rev. 0.7 – V-Link only...
- Page 12 Fenix G56 Servo and servo saver are not included, model 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 M3x8 countersunk screw to fix the FX022 servo mount Assembled group.
- Page 13 Fenix G56 Using the 2 x HW0018 washer and 2 x HW008 M3x6 Button, fix the servo group to the G56-011 servo holder Fix the 3 x FX0052 20mm post to the servo holder using 3 x HW003 M3x8 button screw.
- Page 14 Fenix G56 Bag C - Vlink Rev. 0.7 – V-Link only...
- Page 15 Fenix G56 Using 3 x HW012 M3x6 countersunk screw fix the V-link2 to the motor pod. Insert 2 fx0024 ball stud in the V-link2 Build 2 set of link using 2 x TR15 and 4 FX0037 - short Keep this dimensions. Fix the link over the V- link2 Rev.
- Page 16 Using 4 x HW012 countersunk screws, fix the motor holder to the motor pod. Tight the screws evenly using an “X” pattern Fix the G56-021 brace to the group using 4 x HW008 M3x6 button screw. Tight the screws evenly using an “X”...
- Page 17 Fenix G56 How about a cup of coffee now? You deserve it! Rev. 0.7 – V-Link only...
- Page 18 Fenix G56 Bag D – V-link – Common parts Prepare 2 sets – Use 2 x HW0014 M2x 6 screws and 2 x FX002 spheres each Note: the position of the spheres. Prepare 2 set as shown. Note : spring holder might have 2 different shape.
- Page 19 Fenix G56 V-link Rear Rev. 0.7 – V-Link only...
- Page 20 1 and 6 x HW007 M3x8 countersunk screw and assembly as shown. Using 4 x HW007 M3x8 button screws fix the 2 X G56-004 side wings on the 12mm posts. Use 4 x HW008 M3x6 on the V-Link bridge Assembly the FX-FU48 using 1 x HW008 3x6 button screw, the body post using 1 x HW007 3x8 button screw.
- Page 21 Fenix G56 Link options: A – Fenix links default, other holes allow to use longer links. B – default side damper location C – default body post location Insert the HW0029 M3x12 in the proper “A” hole, then slide the G56042 spacer...
- Page 22 When use the V-link configuration, according the position of the V-link, dampers position might have to be relocate on the upper side of the shock holder. Fix the G56-006 bumper and fix it using 2 x HW004 M3x10 countersunk and 2 x HW002 M3 self-locking nut.
- Page 23 5 alternative possible for the front posts Insert the 4 HW026 M3x12 countersunk Take the 2 G56-016 2.5mm shims from Bag A, insert over the screws and slide the complete front end over the chassis. There are also 1mm and 0.5mm shims to set the front ride height.
- Page 24 Fenix G56 Fix the front end using 4 x HW002 M3 self- locking nut. From bag B, use HW004 M3x10 countersunk screw and fix the Servo holder group. Rev. 0.7 – V-Link only...
- Page 25 Fenix G56 Bonus! Chassis Stiffner Rev. 0.7 – V-Link only...
- Page 26 Fenix G56 Bag E Rev. 0.7 – V-Link only...
- Page 27 Fenix G56 Fix the 4 by 26mm post using 4 x HW003 M3x8 button screw. Fix the FX-FU48 using 1 x HW012 M3x6 countersunk screw according your car version. Rev. 0.7 – V-Link only...
- Page 28 Fenix G56 Diff Bag Sphere version Rev. 0.7 – V-Link only...
- Page 29 Fenix G56 Diff Gear Diff version Rev. 0.7 – V-Link only...
- Page 30 Fenix G56 Rev. 0.7 – V-Link only...
- Page 31 Fenix G56 Slide the left hub HDD4 on the rear axle, leave 0.1-0.2mm of axial play. Clamp it on the axle using 2 x HW004 3x10 button screws Shock Bag Assembly the shock as show, Rev. 0.7 – V-Link only...
- Page 32 Fenix G56 Tech area G56 allow several different major setting. Pivot and V-link, you can convert from one version to the other, with a minimal amount of parts. Pivot: it’s supplied with the SWB chassis, can carry lipos shorty only, if you need to carry standard touring lipos, you need to use the optional LWB chassis.
- Page 33 Fenix G56 Shorty cross Shorty inline rear position Shorty inline front position Big lipo: only on LWB chassis version Rev. 0.7 – V-Link only...
- Page 34 A position are all usable with 26mm link B position need to set the link each time Check the Fenix Youtube channel for an easy system to set the tierod length. https://www.youtube.com/watch?v=SEwNQcn12A0 As rule of thumb, low to normal grip = A, normal to high = B...
- Page 35 Fenix G56 V-link suspension has the ability to handle a certain degree of self steering, this can be “phased” or “counter phased” Rev. 0.7 – V-Link only...
- Page 36 Fenix G56 Millimetre per revolution aka Rollout Pancar (1/10 – 1/12) are using foam tires, where ratio need to be adjusted after each run, the system is MM (millimeter) Per Revolution aka Rollout. It means you want to check how many mm the motor move each revolution.