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Mitsubishi Strada Triton 4WD  

Sunday, March 20, 2011








Strada Triton Exceed M/T
Type DOHC 16 Valve, inline 4-Cylinder Common rail Diesel Injection Intercooler and Turbocharger
Displacement(cc) 2,477
Bore x Stroke(mm x mm) 91.1 X 95.0
Max. Output( PS/rmp ) 136/3,500
Max Torque( kgm/rpm ) 32.0/2,000
Fuel System
Fuel Type Commonrail
Fuel Tank Capacity( litre) 75
Clutch
Type 5 Speed M/T (V5MB1)


Strada Triton Exceed A/T
Type DOHC 16 Valve, inline 4-Cylinder Common rail Diesel Injection Intercooler and Turbocharger
Displacement(cc) 2,477
Bore x Stroke(mm x mm) 91.1 X 95.0
Max. Output( PS/rmp ) 136/3,500
Max Torque( kgm/rpm ) 32.0/2,000
Fuel System
Fuel Type Commonrail
Fuel Tank Capacity( litre) 75

Transmission Clutch Type 5 Speed A/T (V5MB1)

Strada Triton Double Cab GLS
Type DOHC 16 Valve, inline 4-Cylinder Common rail Diesel Injection Intercooler and Turbocharger
Displacement(cc) 2,477
Bore x Stroke(mm x mm) 91.1 X 95.0
Max. Output( PS/rmp ) 136/3,500
Max Torque( kgm/rpm ) 32.0/2,000
Fuel System
Fuel Type Commonrail
Fuel Tank Capacity( litre) 75

Strada Triton Double Cab GLS AB
Type SOHC, inline 4-Cylinder In Direct Diesel Injection/ Natural Aspiration
Displacement(cc) 2,477
Bore x Stroke(mm x mm) 91.1 X 95.0
Max. Output( PS/rmp ) 136/3,500
Max Torque( kgm/rpm ) 136/3,500
Fuel System
Fuel Type Commonrail
Fuel Tank Capacity( litre) 75

Strada Triton Double Cab GLX
Type SOHC, inline 4-Cylinder In Direct Diesel Injection
Displacement(cc) 2,835
Bore x Stroke(mm x mm) 95.0 X 100.0
Max. Output( PS/rmp ) 97/4000
Max Torque( kgm/rpm ) 20.2/2000
Fuel System
Fuel Type Fuel Injection
Fuel Tank Capacity( litre) 75

strada Triton Single Cab GLX
Type SOHC, inline 4-Cylinder In Direct Diesel Injection
Displacement(cc) 2,835
Bore x Stroke(mm x mm) 95.0 X 100.0
Max. Output( PS/rmp ) 97(71)/4000
Max Torque( kgm/rpm ) 20.2(198)/2000
Fuel System
Fuel Type Fuel Injection
Fuel Tank Capacity( litre) 75

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Posted in by Arjuna Tantra | 0 comments

Toyota Venza  

Thursday, March 3, 2011






Model
1. FWD 4-Cyl 2. AWD 4-Cyl
2.7-Liter Double Overhead Cam (DOHC) 16-Valve 4-Cylinder with Dual Variable Valve Timing with intelligence (VVT-i); 182 hp @ 5800 rpm, 182 lb.-ft. @ 4200 rpm

3. AWD V6 4. FWD V6
3.5-Liter Double Overhead Cam (DOHC) 24-Valve V6 with Dual Variable Valve Timing with intelligence (VVT-i); 268 hp @ 6200 rpm, 246 lb.-ft. @ 4700 rpm

Front-Wheel Drive (FWD)
All-Wheel Drive (AWD) system with Active Torque Control

Ignition system :
Electronic, with Toyota Direct Ignition (TDI)
Emission Rating :
Ultra Low Emission Vehicle II (ULEV-II)
Transmission:
6-speed Electronically Controlled automatic Transmission with intelligence (ECT-i) and sequential shift mode
Body construction :
Reinforced unitized body
Suspension :
4-wheel independent MacPherson strut suspension with front and rear stabilizer bars
Steering :
Electric Power Steering (EPS); power-assisted rack-and-pinion
Brakes :
Power-assisted ventilated front/solid rear disc brakes with Anti-lock Brake System (ABS), Electronic Brake-force Distribution (EBD) and Brake Assist

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Posted in by Arjuna Tantra | 0 comments

Ford Taurus  

Friday, February 25, 2011






Capacities: Passengers, Luggage, Fuel
Seating capacity 5
Passenger volume (cu. ft.) 102.2
Trunk volume (cu. ft.) 20.1
Fuel capacity (gal.) 19
Total interior volume (cu.ft.) 122.3

Engine Specifications

3.5L V6 3.5L EcoBoost™ V6
Driveline type Front-Wheel Drive (FWD), standard; All-Wheel Drive (AWD), optional All-Wheel Drive (AWD), Standard
Engine type 3.5L 24-valve DOHC Duratec V6 3.5L 24-valve DOHC EcoBoost™ V6
Transaxle type 6-speed electronically controlled automatic overdrive 6-speed electronically controlled automatic overdrive with paddle activation
Horsepower (SAE net@ rpm) 263 @ 6250 rpm 365 @ 5550 rpm
Torque (lb.-ft. SAE net @ rpm) 249 @ 4500 rpm 350 @ 1500-5250 rpm
Fuel economy EPA-estimated 18 city/28 highway (FWD) EPA-estimated 17 city/25 highway (AWD)

EPA-estimated 17 city/25 highway (AWD)
Recommended fuel 87 Octane (minimum) 91 Octane (recommended)
Induction System Naturally aspirated Twin Turbocharged
Fuel delivery Sequential multi-port electronic fuel injection Direct Injection
Engine electronics PCMPCM
Compression ratio 10.3:1 10.0:1
Valve lifters Direct Acting Mechanical Bucket Direct Acting Mechanical Bucket
Exhaust Stainless steel with catalytic converter Split Dual Stainless steel with catalytic converter
Engine block material Cast aluminum Cast aluminum
Cylinder head material Cast aluminum Cast aluminum

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Posted in by Arjuna Tantra | 0 comments

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