Truck Comparison

ADAPT MOTORS Sweekar vs Ambika GS 8000 vs Ambika GS 8000 SS vs G.R.D Motors Davrath Express: Price & Specs Comparison

G.R.D Motors Davrath Express leads on GVW at 600 kg. The compared trucks cover E Rickshaw body type with Electric fuel option.

This comparison uses the available truck data for ADAPT MOTORS Sweekar vs Ambika GS 8000 vs Ambika GS 8000 SS vs G.R.D Motors Davrath Express so you can check which model fits better for your budget, route, payload requirement, fuel preference, and daily business usage.

Body type: E Rickshaw. Fuel option: Electric. Tyres: 3. Payload: ADAPT MOTORS Sweekar: NA | Ambika GS 8000: NA | Ambika GS 8000 SS: NA | G.R.D Motors Davrath Express: NA.

Review all available price, mileage, power, torque, GVW, body type, tyres, gearbox, chassis, and extra specification details below before shortlisting a model.

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Details

Full Truck Details

Key Specifications
Price
₹1.82 L
₹1.80 L
₹1.80 L
₹1.80 L
Brand
adapt-motors
ambika
ambika
grd-motors
Model
ADAPT MOTORS Sweekar
Ambika GS 8000
Ambika GS 8000 SS
G.R.D Motors Davrath Express
Body Type
E Rickshaw
E Rickshaw
E Rickshaw
E Rickshaw
Engine
NA
NA
NA
NA
Power
1 hp
1 hp
1 hp
1 hp
Max Torque
NA
42 Nm
NA
42 Nm
Mileage
80-100 km/Per Charge
105 km/Per Charge
105 km/Per Charge
110 KM/Full Charge
Gross Vehicle Weight
220 kg
220 kg
220 kg
600 kg
Payload
NA
NA
NA
NA
No. of Tyres
3
3
3
3
Fuel Type
Electric
Electric
Electric
Electric
Fuel Tank Capacity
100 Ah
120 Ah
120 Ah
140 Ah
Max Speed
30 Km/h
22 Km/h
22 Km/h
25 km/h
Gear Box
1 Forward + 1 Reverse
1 Forward + 1 Reverse
1 Forward + 1 Reverse
1 Forward + 1 Reverse
Chassis Type
Chassis with Cabin
Chassis with Cabin
Ms Heavy Duty
Chassis with Cabin
Performance
Max Power
1 hp
1 hp
1 hp
1 hp
Fuel Type
Electric
Electric
Electric
Electric
Emission Norms
Zero Tailpipe
Zero Tailpipe
Zero Tailpipe
Zero Tailpipe
Top Speed
40
-
-
-
Gradeability (%)
14 %
10 %
10 %
-
Max Speed (km/h)
30
22
22
25
Turning Radius (mm)
2900
2800
5248
2800
Range
80-100
105
105
110
Battery Capacity
100 Ah
120 Ah
120 Ah
140 Ah
Type of Motor
BLDC Motor
BLDC Motor
BLDC Motor
1000 Watt Motor
Product Type
L3M (Low Speed Passenger Carrier)
L3M (Low Speed Passenger Carrier)
L3M (Low Speed Passenger Carrier)
L3M (Low Speed Passenger Carrier)
Carrier Type
Passenger Carrier
Passenger Carrier
Passenger Carrier
Passenger Carrier
Max Torque
-
42 Nm
-
42 Nm
Motor Capacity
-
-
-
1000 W
Charging
Charging Time
4-5 Hour
3-6 Hours
3-6 Hours
8-10 hours
AC & DC (if available)
-
-
-
12 V
Dimension
Overall Length (mm)
2743
2798
2798
2765
Overall Width (mm)
914
995
995
1795
Overall Height (mm)
1829
1798
1798
1800
Ground Clearance (mm)
250
180
200
150
Wheelbase (mm)
2020
1800
1800
1980
Axle Configuration
3x3
3x3
3x3
3x3
Transmission & Loading Capacity
Transmission
Direct Drive
Automatic
Automatic
Automatic
GVW / GCW (Kgs)
220 kg
220 kg
220 kg
600 kg
Kerb Weight (Kgs)
320
-
200
265
Gear Box
1 Forward + 1 Reverse
1 Forward + 1 Reverse
1 Forward + 1 Reverse
1 Forward + 1 Reverse
Power Steering
Features
Steering
Handle bar type
Handle bar type
Handle bar type
Handle bar type
A/C
Cruise Control
Navigation System
Telematics
Tiltable Steering
Arm-rest
Seat Type
Standard
Standard
Standard
Standard
Driver Information Display
Adjustable Driver Seat
Seating Capacity
D+4 Passenger
D+4 Passenger
D+4 Passenger
D+4 Passenger
Tubeless Tyres
Seat Belts
Hill Hold
Brakes & Suspension
Brakes
Drum Brakes
Drum & Disc Brake
Drum Brake
Drum Brake
Front Suspension
Helical Spring + Dampener + Hydraulic Shock Absorber
Heavy Duty Front Shock Absorbers
Telescopic Hydraulic Suspension
Hydraulic (Heavy Duty)
Rear Suspension
Rigid Axle, Leaf Spring
Leaf Spring Suspension
Leaf Spring Suspension
Hydraulic Suspension
ABS
Parking Brakes
Body Option & Cabin Type
Chassis Type
Chassis with Cabin
Ms Heavy Duty
Ms Heavy Duty
Chassis with Cabin
Body Option
Fully Built
Fully Built
Fully Built
Fully Built
Cabin Type
Day Cabin
Day Cabin
Day Cabin
Day Cabin
Tiltable Cabin
Tyres
Number of Tyre
3
3
3
3
Rear Tyre
3.75 -12
3.75-12
3.75-12
3.75x12 & 90.90x12
Front Tyre
90/90-12 54 j
3.75-12
3.75-12
3.75x12 & 90.90x12
Others
Chassis
Battery(Volts)
48 V
48 V
48 V
48 V
Fog Lights
Loading Platform Area(Sq.ft)
-
30
-
-
Alternator (Amps)
-
15
15
-
Other Details
Charging Time
4-5 Hours
3-6 Hours
3-6 Hours
8-10 hours
Type Of Motor
BLDC Motor
BLDC Motor
BLDC Motor
1000 Watt Motor
Rating
4.6
4.6
4.6
4.7
Usecase
-
-
Transport
Transport

Which to buy

Which One Fits Your Use Case?

FAQs

Frequently Asked Questions

Which has better mileage, ADAPT MOTORS Sweekar vs Ambika GS 8000 vs Ambika GS 8000 SS vs G.R.D Motors Davrath Express?

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G.R.D Motors Davrath Express has the better mileage at 110 km/l.

Which has better GVW, ADAPT MOTORS Sweekar vs Ambika GS 8000 vs Ambika GS 8000 SS vs G.R.D Motors Davrath Express?

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G.R.D Motors Davrath Express has the better GVW at 600 kg.

Which truck should I choose between ADAPT MOTORS Sweekar and Ambika GS 8000?

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Choose ADAPT MOTORS Sweekar if its price, body type, fuel type, and payload fit your route and loading needs better. Choose Ambika GS 8000 if its specifications, service fit, or operating cost suits your business use case more closely.

What fuel types are available in ADAPT MOTORS Sweekar vs Ambika GS 8000 vs Ambika GS 8000 SS vs G.R.D Motors Davrath Express?

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ADAPT MOTORS Sweekar vs Ambika GS 8000 vs Ambika GS 8000 SS vs G.R.D Motors Davrath Express include Electric fuel option. Buyers should compare fuel availability, route distance, and daily running cost before finalizing a truck.

What body types are compared in ADAPT MOTORS Sweekar vs Ambika GS 8000 vs Ambika GS 8000 SS vs G.R.D Motors Davrath Express?

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This comparison includes E Rickshaw body type. Match the body type with your cargo, loading pattern, and city or highway route requirement.

How do tyre configurations compare in ADAPT MOTORS Sweekar vs Ambika GS 8000 vs Ambika GS 8000 SS vs G.R.D Motors Davrath Express?

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ADAPT MOTORS Sweekar has 3 tyres, Ambika GS 8000 has 3 tyres, Ambika GS 8000 SS has 3 tyres, G.R.D Motors Davrath Express has 3 tyres. Tyre configuration matters for load stability, operating conditions, and maintenance planning.