Trek Checkpoint SLR 9 AXS vs ZIZE Time Of Your Life XG E-bike

Compare Specifications of Trek Checkpoint SLR 9 AXS and ZIZE Time Of Your Life XG E-bike

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Trek Checkpoint SLR 9 AXS
Trek Checkpoint SLR 9 AXS

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ZIZE Time Of Your Life XG E-bike
ZIZE Time Of Your Life XG E-bike

Brand:

Model:

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Technical Specifications
Fuel Electric Electric
Battery SRAM eTap battery pack (with charger) --
Frame 700 Series OCLV Carbon, IsoSpeed, downtube storage door, internal routing, Ride Tuned seat mast, chain keeper, T47 BB, mudguard mounts, integrated frame bag mounts, flat-mount disc, 142x12 mm thru axle Custom designed and built from aircraft-grade chromoly steel for strength and durability
Stem Size: 49
Bontrager RSL Carbon, 31.8 mm clamp, 7-degree, 70 mm length
Size: 52, 54
Bontrager RSL Carbon, 31.8 mm clamp, 7-degree, 80 mm length
Size: 56, 58
Bontrager RSL Carbon, 31.8 mm clamp, 7-degree, 90 mm length
Size: 61
Bontrager RSL Carbon, 31.8 mm clamp, 7-degree, 100 mm length
Kalloy, with extensions for differerent sizes
Handle Bar Size: 49
Bontrager Pro IsoCore VR-SF, 38cm
Size: 52
Bontrager Pro IsoCore VR-SF, 40cm
Size: 54, 56
Bontrager Pro IsoCore VR-SF, 42cm
Size: 58, 61
Bontrager Pro IsoCore VR-SF, 44cm
Ruian 31.8 x 640 mm, ergonomically designed, wing shape
Fork Checkpoint carbon, tapered carbon steerer, mudguard mounts, flat-mount disc, 12x100 mm thru axle Custom-designed and built of chromoly by Furui
Seatpost Size: 49, 52, 54, 56
Bontrager carbon seat mast cap, 5 mm offset, short length
Size: 58, 61
Bontrager carbon seat mast cap, 5 mm offset, tall length
32 mm, with double binder bolts in chromoly steel
Grip -- HL, designed to minimize vibration and shock through the wrist joints
Crankset Size: 49
SRAM RED AXS w/ power meter, 40T, DUB, 165 mm length
Size: 52
SRAM RED AXS w/ power meter, 40T, DUB, 170 mm length
Size: 54, 56
SRAM RED AXS w/ power meter, 40T, DUB, 172.5 mm length
Size: 58, 61
SRAM RED AXS w/ power meter, 40T, DUB, 175 mm length
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Pedals -- HF, 9/16 diameter, boron Axle, silver body, and black top with JIS reflector
Chain SRAM RED D1, 12-speed KMC,0.5* 3/32*110L
Shifters SRAM RED eTap AXS, 12-speed Shimano, 9-speed rapidfire plus with optial gear display
Saddle Size: 49, 52
Verse Short Pro, carbon rails, 155 mm width
Size: 54, 56, 58, 61
Verse Short Pro, carbon rails, 145 mm width
DDK, 10 x 706” comfort density seat. Steel with elastomer rail
Headset -- XR, 28.6 Steel alloy with black spacer
Derailleur Rear SRAM RED XPLR eTap AXS, 44T max cog --
Hub Rear -- Shimano 9 speed rear derailleur
Spoke -- 14 g, stainless silver
Cassette SRAM XG-1271, 10-44, 12-speed --
Chainrings -- Prowheel, 3/32" 38T/STEEL
Bottom Bracket SRAM DUB, T47 threaded, internal bearing Kenli, square with fixing bolt
Tyres
Front Bontrager GR1 Team Issue, Tubeless Ready, Inner Strength casing, aramid bead, 120 tpi, 700x40 mm Compass, with high thread count and extra durable, 26 x 2.1"
Rear Bontrager GR1 Team Issue, Tubeless Ready, Inner Strength casing, aramid bead, 120 tpi, 700x40 mm Compass, with high thread count and extra durable, 26 x 2.1"
Wheel / RIM Wheel front Bontrager Aeolus RSL 37V, OCLV Carbon, Tubeless Ready, 37 mm rim depth, 100 x 12mm thru axle
Wheel rear Bontrager Aeolus RSL 37V, OCLV Carbon, Tubeless Ready, 37 mm rim depth, 142 x 12mm thru axle
26", 14g, 36 holes, double wide aluminum
Brakes
Front SRAM Red AXS hydraulic disc Clarks award-winning component, providing exceptional reliability and consistent performance
Rear SRAM Red AXS hydraulic disc Clarks award-winning component, providing exceptional reliability and consistent performance
Brake Lever -- Bicycle Tire Liner Puncture Proof Belt Protection Pad
Suspension
Front -- --
Rear -- --
Colors Available
Colors -- Cherry Red


Physical Specs
Length -- --
Weight 8.10 kg --
Overview
Features -- - Feels more natural because the motor is amplifying your body’s power to the chain and “pushing” you, so you will feel like you are riding with extremely powerful legs rather than “pulling” you with a front hub motor.
- Easy removal of both the front and rear wheels. The drive system is contained entirely on the
frame of the bike.
- Lower center of gravity for increased stability.
- More efficient because mid-drives use the bike’s derailleur to change gear ratios. Selecting a
lower gear with the derailleur makes hill climbing a breeze.
- Simplified and more readable display.
- Advanced drive system options programming.
- Widespread availability to keep our build lead times down.

Which one do you think is better? And why?
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