Opus Connect LRT vs RKS RSI-X

Compare Specifications of Opus Connect LRT and RKS RSI-X

Selected Bikes

Opus Connect LRT
Opus Connect LRT

Brand:

Model:

RKS RSI-X
RKS RSI-X

Brand:

Model:

Brand:

Model:

Brand:

Model:

Technical Specifications
Fuel Electric Electric
Motor Shimano STePS motor E-6100 250W 60Nm RKS 36V 250W
Range -- 45-60 km
Charging Time -- 4 - 6 Hours
Maximum Torque 60 NM --
Load Carrying Capacity -- Max Weight : 127 Kg
Top Speed -- 25 kmph
Battery Shimano E-8014 418Wh 36V 11.6Ah battery Hupo 36V 10Ah (Samsung Optional)
Display -- S866 LCD Display
Frame Meta 30 aluminum 20” Alloy Folding C-T 16,5”
Stem Promax adjustable 110 mm --
Handle Bar Opus Bronze 25 mm rise --
Fork Suntour NEX E-25 63 mm with lockout Suspension Fork Alloy Crown (Locked-Out)
Seatpost Opus Silver 30.9 x 350/300 --
Grip Velo ERGO dual density --
Crankset Shimano STePS Prowheel PRO 546PP Alloy
Pedals Wellgo flat --
Chain KMC E9 EPT KMC27
Shifters Shimano Acera 9 Shimano TX50 7SP
Saddle Opus E-Bike with handle Gel Comfortable Sport
Headset FSA Orbit integrated sealed --
Derailleur Rear Shimano Acera Shadow Shimano RD-300D 7SP
Cassette Shimano 11-32 --
Bottom Bracket Shimano STePS E-6100 --
Headlamp Integrated 36V Controled By Display
Taillamp Integrated Plastic LED
Tyres
Front Kenda Kwick Journey 700 x 42 CST
Rear Kenda Kwick Journey 700 x 42 CST
Wheel / RIM Alex EM23 Alloy Double Wall 20”
Brakes
Front Shimano BR-MT201 hydraulic disc YX-DB06 Alloy Disc
Rear Shimano BR-MT201 hydraulic disc Disc
Brake Lever Shimano BL-MT201 --
Suspension
Front -- --
Rear -- --
Colors Available
Colors Zinc Graphite White
Black
Orange


Physical Specs
Length -- --
Weight 22 kg 27 kg
Overview
Features - Low step-through frame for everyone to enjoy
- Suntour Nex E-25 suspension fork
- Shimano 1x9 drivetrain
- Shimano MT201 hydraulic disc brakes
- Shimano STePS E-6100 motor and E-8014 418Wh semi-integrated battery
--
Additional Details -- Fender : Plastic
Freewheel : Shimano MF-TZ500 7SP
Electronic Cable : Waterproof Harness

Which one do you think is better? And why?
Name :

Comment :

9205