Truck Comparison
Bajaj Maxima XL Cargo E-TEC 12.0 vs Grevol Cargo 3 Wheeler vs Mahindra Zor Grand vs Mahindra Zor Grand 2200 Delivery Van: Price & Specs Comparison
Bajaj Maxima XL Cargo E-TEC 12.0 is the more affordable option here by about ₹7,000. Grevol Cargo 3 Wheeler leads on payload at 750 kg. The compared trucks cover 3 Wheeler body type with Electric fuel option.
This comparison uses the available truck data for Bajaj Maxima XL Cargo E-TEC 12.0 vs Grevol Cargo 3 Wheeler vs Mahindra Zor Grand vs Mahindra Zor Grand 2200 Delivery Van so you can check which model fits better for your budget, route, payload requirement, fuel preference, and daily business usage.
Body type: 3 Wheeler. Fuel option: Electric. Tyres: 3. Payload: Bajaj Maxima XL Cargo E-TEC 12.0: No | Grevol Cargo 3 Wheeler: 750 Kgs | Mahindra Zor Grand: 400 Kgs | Mahindra Zor Grand 2200 Delivery Van: 400 Kgs.
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
Specs
Grevol Cargo 3 Wheeler
₹4.70 L
Mahindra Zor Grand
₹4.12 L - ₹4.52 L
Mahindra Zor Grand 2200 Delivery Van
₹4.12 L - ₹4.52 L
Key Specifications16 specs
Price
₹4.45 L
₹4.70 L
₹4.12 L - ₹4.52 L
₹4.12 L - ₹4.52 L
Brand
bajaj
grevol
mahindra
mahindra
Model
Bajaj Maxima XL Cargo E-TEC 12.0
Grevol Cargo 3 Wheeler
Mahindra Zor Grand
Mahindra Zor Grand 2200 Delivery Van
Body Type
3 Wheeler
3 Wheeler
3 Wheeler
3 Wheeler
Engine
No
No
NA
NA
Power
5.5 kW
12 hp
12 kW
12 kW
Max Torque
36 Nm
60Nm
50 Nm
50 Nm
Mileage
183 km/Per Charge
125-140 KM/Full Charge
158 KM/Full Charge
153 KM/Full Charge
Gross Vehicle Weight
900 kg
1275 kg
998 kg
998 kg
Payload
No
750 Kgs
400 Kgs
400 Kgs
No. of Tyres
3
3
3
3
Fuel Type
Electric
Electric
Electric
Electric
Fuel Tank Capacity
11.8 Kwh
200 OR 228 AH
10.24 kWh
10.24 kWh
Max Speed
40 Km/h
50 km/h
50 km/h
50 km/h
Gear Box
2 Speed, 2 Forward + 1 Reverse
1 Forward + 1 Reverse
1 Forward + 1 Reverse
1 Forward + 1 Reverse
Chassis Type
Chassis with Cabin
Chassis with Cabin
Chassis with Cabin
Chassis with Cabin
Performance13 specs
Max Power
5.5 kW
9 Kw
12 kW
12 kW
Fuel Type
Electric
Electric
Electric
Electric
Emission Norms
BS-VI
Zero Tailpipe
Zero Tailpipe
Zero Tailpipe
Max Torque
36 Nm
60Nm
50 Nm
50 Nm
Top Speed
40
-
50
50
Gradeability (%)
29 %
22 %
11.5 %
11.5 %
Max Speed (km/h)
40
50
50
50
Turning Radius (mm)
6082
3050
6100
6100
Range
183
125-140
153
153
Battery Capacity
11.8 Kwh
200 OR 228 AH
10.24 kWh
10.24 kWh
Type of Motor
PMS Motor
L5N type motor
Electric Motor
Electric Motor
Carrier Type
Goods Carrier
Goods Carrier
Goods Carrier
Goods Carrier
Product Type
L5N (High Speed Goods Carrier)
L5N (High Speed Goods Carrier)
L5N (High Speed Goods Carrier)
L5N (High Speed Goods Carrier)
Charging1 specs
Charging Time
5 Hrs 50 Minutes
4 hours
4 Hrs 30 Min
4 Hrs 30 Min
Dimension10 specs
Overall Length (mm)
1840
3450
3425
3425
Overall Width (mm)
1425
1480
1505
1505
Overall Height (mm)
275
2260
2295
2295
Ground Clearance (mm)
180
250
180
180
Wheelbase (mm)
2274
2440
2200
2200
Axle Configuration
3x3
3x3
3x3
3x3
Size (Cu. M)
-
165
-
-
Loading Width {mm}
-
1480
1444
1444
Loading Height {mm}
-
1550
1488
1488
Loading Length {mm}
-
-
1864
1864
Transmission & Loading Capacity6 specs
Transmission
Automatic
Two step diffrential
Automatic
Automatic
GVW / GCW (Kgs)
900 kg
1275 kg
998 kg
998 kg
Kerb Weight (Kgs)
392
525
580
580
Gear Box
2 Speed, 2 Forward + 1 Reverse
-
-
-
Power Steering
Payload (Kgs)
-
750 Kgs
400 Kgs
400 Kgs
Features14 specs
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
Driver Only
D+1
D+1
D+1
Tubeless Tyres
Seat Belts
Hill Hold
Brakes & Suspension6 specs
Brakes
Regenerative braking system with sensing mechanism
Drum Brake (Hydraulically Actuated)
Hydraulic Drum
Hydraulic Drum
Front Suspension
Twin shock absorber with spring
Helical spring with dampner
Helical Spring & hydraulic shock absorber
Helical Spring & hydraulic shock absorber
Rear Suspension
Independent trailing arm with Helical spring
Rubber spring with dampner
Rubber Spring & Hydraulic Damper
Rubber Spring & Hydraulic Damper
ABS
-
Parking Brakes
Mechanical Lever Type
Mechanical Lever Type
Rear Axle
-
345 mm X2
-
-
Body Option & Cabin Type4 specs
Chassis Type
Chassis with Cabin
Chassis with Cabin
Chassis with Cabin
Chassis with Cabin
Body Option
Deck Body
Box body
Box body
Box body
Cabin Type
Day Cabin
Day Cabin
Day Cabin
Day Cabin
Tiltable Cabin
Tyres3 specs
Number of Tyre
3
3
3
3
Rear Tyre
130/80R12, Radial
4.5-10
4.00-8
4.00-8
Front Tyre
130/80R12, Radial
4.5-10
4.00-8
4.00-8
Others3 specs
Chassis
Battery(Volts)
48 V
51.2V
48 V
48 V
Fog Lights
Other Details4 specs
Charging Time
5 Hrs 50 Minutes
4 Hours
4 Hrs 30 Min
4 Hrs 30 Min
Type Of Motor
PMS Motor
L5N type motor
Electric Motor
Electric Motor
Rating
4.5
4.7
4.5
4.5
Usecase
Goods Transport, Eco-friendly Mobility, Community & Institutional Services
Last-mile delivery, Logistics
Last-mile deliver, Small business logistics
Small business logistics, Last-mile delivery
Which to buy
Which One Fits Your Use Case?
Bajaj Maxima XL Cargo E-TEC 12.0
Best for:
- Goods Transport
- Eco-friendly Mobility
- Community & Institutional Services
Grevol Cargo 3 Wheeler
Best for:
- Last-mile delivery
- Logistics
Mahindra Zor Grand
Best for:
- Last-mile deliver
- Small business logistics
Mahindra Zor Grand 2200 Delivery Van
Best for:
- Small business logistics
- Last-mile delivery
FAQs
Frequently Asked Questions
Which is cheaper, Bajaj Maxima XL Cargo E-TEC 12.0 vs Grevol Cargo 3 Wheeler vs Mahindra Zor Grand vs Mahindra Zor Grand 2200 Delivery Van?
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Bajaj Maxima XL Cargo E-TEC 12.0 has the lower price among these options.
Which has better torque, Bajaj Maxima XL Cargo E-TEC 12.0 vs Grevol Cargo 3 Wheeler vs Mahindra Zor Grand vs Mahindra Zor Grand 2200 Delivery Van?
+−
Grevol Cargo 3 Wheeler has the better torque at 60.
Which has better mileage, Bajaj Maxima XL Cargo E-TEC 12.0 vs Grevol Cargo 3 Wheeler vs Mahindra Zor Grand vs Mahindra Zor Grand 2200 Delivery Van?
+−
Bajaj Maxima XL Cargo E-TEC 12.0 has the better mileage at 183 km/l.
Which has better payload, Bajaj Maxima XL Cargo E-TEC 12.0 vs Grevol Cargo 3 Wheeler vs Mahindra Zor Grand vs Mahindra Zor Grand 2200 Delivery Van?
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Grevol Cargo 3 Wheeler has the better payload at 750 kg.
Which has better GVW, Bajaj Maxima XL Cargo E-TEC 12.0 vs Grevol Cargo 3 Wheeler vs Mahindra Zor Grand vs Mahindra Zor Grand 2200 Delivery Van?
+−
Grevol Cargo 3 Wheeler has the better GVW at 1275 kg.
Which truck should I choose between Bajaj Maxima XL Cargo E-TEC 12.0 and Grevol Cargo 3 Wheeler?
+−
Choose Bajaj Maxima XL Cargo E-TEC 12.0 if its price, body type, fuel type, and payload fit your route and loading needs better. Choose Grevol Cargo 3 Wheeler if its specifications, service fit, or operating cost suits your business use case more closely.
What fuel types are available in Bajaj Maxima XL Cargo E-TEC 12.0 vs Grevol Cargo 3 Wheeler vs Mahindra Zor Grand vs Mahindra Zor Grand 2200 Delivery Van?
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Bajaj Maxima XL Cargo E-TEC 12.0 vs Grevol Cargo 3 Wheeler vs Mahindra Zor Grand vs Mahindra Zor Grand 2200 Delivery Van 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 Bajaj Maxima XL Cargo E-TEC 12.0 vs Grevol Cargo 3 Wheeler vs Mahindra Zor Grand vs Mahindra Zor Grand 2200 Delivery Van?
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This comparison includes 3 Wheeler body type. Match the body type with your cargo, loading pattern, and city or highway route requirement.
How do tyre configurations compare in Bajaj Maxima XL Cargo E-TEC 12.0 vs Grevol Cargo 3 Wheeler vs Mahindra Zor Grand vs Mahindra Zor Grand 2200 Delivery Van?
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Bajaj Maxima XL Cargo E-TEC 12.0 has 3 tyres, Grevol Cargo 3 Wheeler has 3 tyres, Mahindra Zor Grand has 3 tyres, Mahindra Zor Grand 2200 Delivery Van has 3 tyres. Tyre configuration matters for load stability, operating conditions, and maintenance planning.