Compare Cranes. Choose Smarter.
TIL TMS 885 VS SANY SCC600TB Comparison
TIL TMS 885
₹ ₹ 70 L - 2.01 CrL*
VS
SANY SCC600TB
₹ 60 L - 68 L
TIL TMS 885
₹70L
SANY SCC600TB
₹60L
Compare cranes to make an informed purchase decision.
TIL TMS 885
From ₹ 70 Lakh
SANY SCC600TB
From ₹ 60 Lakh
Engine
Engine Make
Cummins (QSB6.7 series)
ISUZU
Engine Make
Cummins (QSB6.7 series)
ISUZU
Engine Model
QSB6.7 (BS‑V CEV)
4HK1XKSC
Engine Model
QSB6.7 (BS‑V CEV)
4HK1XKSC
Engine Displacement
6700 cc
5190 cc
Engine Displacement
6700 cc
5190 cc
Engine Power
260 HP
178 HP
Engine Power
260 HP
178 HP
Maximum Torque
1100 Nm
660 Nm
Maximum Torque
1100 Nm
660 Nm
Fuel Type
Diesel
Diesel
Fuel Type
Diesel
Diesel
Overall Dimension & Weight
Overall Length
12000 mm
13000 mm
Overall Length
12000 mm
13000 mm
Overall Width
2500 mm
3200 mm
Overall Width
2500 mm
3200 mm
Overall Height
3500 mm
3000 mm
Overall Height
3500 mm
3000 mm
Wheel Base
4800 mm
N/A (Crawler Track) mm
Wheel Base
4800 mm
N/A (Crawler Track) mm
Min Ground Clearance
260 mm
450 mm mm
Min Ground Clearance
260 mm
450 mm mm
Operating Weight
49750 kg
64900 kg
Operating Weight
49750 kg
64900 kg
Boom & Lifting
Crane Type
Truck‑mounted hydraulic crane
Telescopic Boom Crawler Crane
Crane Type
Truck‑mounted hydraulic crane
Telescopic Boom Crawler Crane
Boom Type
5‑section telescopic full‑power boom
Hydraulic Telescopic
Boom Type
5‑section telescopic full‑power boom
Hydraulic Telescopic
Boom Length
12.1 m
48 m
Boom Length
12.1 m
48 m
Max Lifting Height
43.8 m
46 m
Max Lifting Height
43.8 m
46 m
Max Working Radius
30 m
36 m
Max Working Radius
30 m
36 m
Rated Capacity
Max Lifting Capacity
85 t
60 t
Max Lifting Capacity
85 t
60 t
Rated Load
85 t
60 t
Rated Load
85 t
60 t
Capacity at Min Radius
85 t @ 3–4 m
Capacity at Max Radius
6–8 t @ 30 m
6t@36
Capacity at Max Radius
6–8 t @ 30 m
6t@36
Hydraulic System
Pump Type
Axial piston variable pump
Variable Displacement Axial Piston
Pump Type
Axial piston variable pump
Variable Displacement Axial Piston
Main Pump Capacity
120 Lpm
224 Lpm
Main Pump Capacity
120 Lpm
224 Lpm
Max Hydraulic Flow
160 Lpm
420 Lpm
Max Hydraulic Flow
160 Lpm
420 Lpm
System Pressure
250 bar
320 bar
System Pressure
250 bar
320 bar
Service Capacities
Engine Oil
20 L
22 L
Engine Oil
20 L
22 L
Rear Axle Oil
10 L
N/A L
Rear Axle Oil
10 L
N/A L
Transmission Oil
22 L
30 L
Transmission Oil
22 L
30 L
Hydraulic System
16 L
610 L
Hydraulic System
16 L
610 L
Fuel Tank
300 L
400 L
Fuel Tank
300 L
400 L
Cooling System
18 L
45 L
Cooling System
18 L
45 L
Steering & Brakes
Steering Type
Mechanical with hydraulic power assist
Hydraulic Differential Steering (Tracks)
Steering Type
Mechanical with hydraulic power assist
Hydraulic Differential Steering (Tracks)
Turning Radius
10.5 m
Pivot Turn (0 m) m
Turning Radius
10.5 m
Pivot Turn (0 m) m
Service Brake Type
Air‑operated on all wheels, foot operated pedal
Spring‑Applied Hydraulic Brake
Service Brake Type
Air‑operated on all wheels, foot operated pedal
Spring‑Applied Hydraulic Brake
Parking Brake Type
Spring‑actuated, pneumatically released on rear axles
Spring‑Set / Hydraulic Release Parking Brake
Parking Brake Type
Spring‑actuated, pneumatically released on rear axles
Spring‑Set / Hydraulic Release Parking Brake
Tyres
Tyre Size
Front 12.00×24‑20PR; Rear 12.00×24‑20PR
N/A (Crawler Tracks)
Tyre Size
Front 12.00×24‑20PR; Rear 12.00×24‑20PR
N/A (Crawler Tracks)
No. of Tyres
10
0
No. of Tyres
10
0
Electrical & General
Battery
24
24V/180Ah
Battery
24
24V/180Ah
Alternator Output
100 A
80 A
Alternator Output
100 A
80 A
Max Travel Speed
49 km/h
2.5 km/h
Max Travel Speed
49 km/h
2.5 km/h
TIL TMS 885
Pros
- High lifting capacity (85 t) — suitable for heavy civil, industrial & infrastructure projects.
- Long reach (up to ~43.8 m boom) — versatile for tall structures.
- Built on proven Cummins powertrain — reliability & service network advantages.
SANY SCC600TB
Pros
- Strong 60‑ton capacity: Ample for heavy construction & erection use.
- Telescopic boom design: Faster set‑up and versatile reach without add‑on lattice sections.
- Crawler mobility: Excellent ground contact and stability on uneven terrain.
