SRAM GX gear hub

1x10-speed derailleur

seat post

by Humpert ergotec

Sportive and quiet

Brose mid-motor

Laterally integrated

36V battery

Brose Allround Display

with bluetooth & e-connect app

SHIMANO hydraulic

disc brake

Mid motor
50 Nm
Battery
36 V
Display
LCD
Distance up to
100 km

POWERFUL EYE-CATCHER

FISCHER MONTIS 5.0i

How about exploring the forests and climbing the mountains? By all means. With the FISCHER MONTIS 5.0, we’ve got the bike for you. The Brose that you need. The 418 Wh battery ensures lasting fun
off road. Representing the entire MONTIS family, the 5.0i has a clean, elegant appearance.

The complete package also includes all of the installed parts. The display records all the relevant
trip information – now displayed in vibrant colours. Connectivity via USB, Bluetooth and and the e-Connect app is included. – What are you waiting for? 

1x10 speed derailleur

BROSE Drive C mid motor, 50 Nm

Torque sensor in the motor

Rigid with quick release

Comfort suspension level

Brose Allround with USB, Bluetooth, E-Connect-App

Hydraulic disc brakes 

Fully integrated battery, 36 Volt, 418Wh, 4h charging time

4 modes: Eco, Tour, Sport and Boost

3 Lnnguages:German, English and French

360°

POWERFUL EYE-CATCHER

FISCHER MONTIS 5.0i
Mid motor
50 Nm
Battery
36 V
Display
LCD
Distance up to
100 km
MOTOR
BROSE Drive C mid motor 50 Nm
FRAME
MTB frame aluminium 27,5"- 48 cm
COLOUR
Slate grey matt
BATTERY
36 Volt, 418 Wh, integrated , 4 h charging time
DISPLAY
Brose Allround with bluetooth, e-connect app
GEAR SHIFT
1x10 speed derailleur
BOTTOM BRACKET
Torque sensor in the motor
BRAKE / COASTER BRAKE
Hydraulic disc brakes / No
SUSPENSION / FORK
Comfort suspension level
LIGHTING
Battery light set with reflectors
TIRES
MTB tires
SEAT POST
Rigid, Humpert ergotec
LOCK
FISCHER spiral lock
TOTAL PERMISSIBLE WEIGHT / WEIGHT
135 kg / 24 kg
DISTANCE
up to 100 km

Reichweitenassistent für das FISCHER MONTIS 5.0i

Reichweite bis zu

Motorleistung (Stufe/%)

Geschwindigkeit (km/h)

Gesamtgewicht (kg)

Streckenart

Untergrund

Anfahrtshäufigkeit

Windverhältnisse