Cybersled X1 Required Hardware

Electronic Components

Main Electronics:

Select a motor at least 40 mm diameter to prevent overheating. Stay under 2000kv due to high gearing. Do not exceed a maximum motor diameter of 54mm.

Batteries:

  • Battery must be smaller than 140mm Length, 47mm Width, & 34mm Height

Option #1 (Everyday Use)

4s LiPo with a minimum of 1500MAH and a high discharge rating. This will provide ample power without being excessive.

Option #2 (Excessive Performance)

Dual 3s LiPo batteries in series (6s)
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Given your Electronics capability, utilizing a 6s Lipo can enhance power output, yet it may hasten sled deterioration and introduce mechanical risks.

Lights (optional):

Fasteners

Machine Screws:

Motor / Servo Mounting:

(Depends on your choice of Motor & Servo)

Other:

Additional Hardware

Bearings & Rods:

BELT DRIVE (OPTION #1):

CHAIN DRIVE (OPTION #1):

SUSPENSION:

  • [x4] (120mm ~ 140mm) Generic Shock
  • (best) 120MM Shocks for front, 140mm & 110mm for rear skid

Additionally, the track will require ≥30g of 2.85mm filament to use for pins.

Filament Recommendations

Recommended:

  • Handlebars, Ski Handles, & Hood Fasteners need to be printed in TPU Filament to ensure maximum functionality and strength.
  • All other parts can be printed with your preferred filament, though ABS Filament or PETG Filament is advised for impact strength & temperature resistance.
  • Remember that PETG is denser than ABS, so opting for it will lead to a heavier sled.

Filament Amount:

  • Approx. ≥250g TPU
  • Approx. ≥2-4kg ABS/PETG/PLA+

(Depends on Slicer Settings)

My Slicer Settings (Yours May Vary):

  • Tunnel: 4-5 Walls | 20-30% Infill
  • Body: 3 Walls | 18% Infill
  • Mechanically Demanding Parts: 6 Walls | 35% Infill
  • TPU Parts: 2 Walls | 12-15% Infill

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