4.1. Total information
GAZ car model | 2310 | 23107 | 2752 | 27527 | 2217 | 22177 | 22171 | 221717 |
Vehicle type | 4×2 | 4×4 | 4×2 | 4×4 | 4×2 | 4×4 | 4×2 | 4×4 |
Total weight, kg | 2800 | 3000 | 2800 | 3000 | 2595 (2835)(1) | 2765 (3005)(1) | 2595 (2835)(1) | 2765 (3005)(1) |
Weight of the equipped vehicle, kg | 1700 | 1920 | 1880 (1990)(2) | 2090 (2190)(2) | 2090 (2050)(1) | 2260 (2220)(1) | 2090 (2050)(1) | 2260 (2220)(1) |
Axle load of a fully loaded vehicle, kg: | ||||||||
front | 1250 | 1400 | 1260 (1405)(2) | 1410 (1525)(2) | 1250 (1310)(1) | 1360 (1420)(1) | 1250 (1310)(1) | 1360 (1420)(1) |
rear | 1550 | 1600 | 1540 (1395)(2) | 1590 (1475)(2) | 1345 (1525)(1) | 1405 (1585)(1) | 1345 (1525)(1) | 1405 (1585)(1) |
Base, mm | 2760 | 2760 | 2760 | 2760 | 2760 | 2760 | 2760 | 2760 |
Overall dimensions, mm | ||||||||
length | 4880 | 4880 | 4810 | 4810 | 4810 | 4810 | 4810 | 4810 |
width | 2380 | 2380 | 2380 | 2380 | 2380 | 2380 | 2380 | 2380 |
by mirrors | 2066 | 2066 | 2030 | 2030 | 2030 | 2030 | 2030 | 2030 |
around the cabin | 2015 | 2015 | ||||||
platform height (3) | 2070 | 2170 | 2200 | 2300 | 2100 | 2200 | 2200 | 2300 |
height along the awning, mm | 2400 | 2500 |
- For buses with 10 passenger seats.
- For RVs with two rows of seats.
- For flatbed vehicles, the cabin height is indicated.
GAZ car model | 2310 | 23107 | 2752 | 27527 | 2217 | 22177 | 22171 | 221717 |
Front wheel track, mm | 1700 | 1720 | 1700 | 1720 | 1700 | 1720 | 1700 | 1720 |
Rear wheel track, mm | 1700 | 1700 | 1700 | 1700 | 1700 | 1700 | 1700 | 1700 |
Ground clearance (under the rear axle housing at full weight), mm | 205 | 205 | 205 | 205 | ||||
Ground clearance (under the front suspension arms at full weight or under the front axle housing), mm | 150 | 205 | 150 | 205 | 150 | 205 | 150 | 205 |
Minimum turning radius along the track of the outer front wheel, m | 5,5 | 6,0 | 5,5 | 6,0 | 5,5 | 6,0 | 5,5 | 6,0 |
Fuel consumption (1) according to GOST 20306–90 when driving at a constant speed, l/100 km: | ||||||||
60 km/h | 10 | 11 | 10 | 11 | 10 | 11 | 10 | 11 |
80 km/h | 12 | 12,5 | 12 | 12,5 | 12 | 12,5 | 12 | 12,5 |
Maximum vehicle speed on a horizontal section of a flat highway, km/h: | 135 | 130 | 135 | 130 | 135 | 130 | 135 | 130 |
Overhang angles (with load), degrees: | ||||||||
front | 22 | 28 | 22 | 28 | 22 | 28 | 22 | 28 |
rear | 28 | 32 | 21 | 30 | 21 | 30 | 21 | 30 |
Maximum incline overcome by a vehicle with a full load, % | 29 | 30 | 29 | 30 | 29 | 30 | 29 | 30 |
Loading height, mm | 900 | 1000 | 720 | 820 |
- The given fuel consumption is used to determine the technical condition of the vehicles, is checked under conditions regulated by the relevant standards and is not an indicator of operational fuel consumption standards.
Reviews from GAZ-22171 owners
Many owners of the GAZ-22171, who previously operated Gazelle, find that it is made of better quality and has high reliability of the components. This is most likely due to the fact that the operation of the GAZ-22171 is rarely associated with the transportation of heavy loads, so the minibus breaks down much less often than its relative.
The power of the carburetor engine is clearly not enough for city use, and even on the highway it does not perform well. But the injection engine has proven itself to be reliable and unpretentious over the years of its operation. Its fuel consumption is significantly lower, and its power and throttle response are higher than those of a carburetor engine. The Cummins diesel, which is installed on the latest modifications of the Sobol, performed even better. With a diesel engine, the car can easily move in the general flow of passenger cars both in large cities and on the highway.
Thanks to the power steering, the car is easy to drive, and the high seating position gives excellent visibility on the road. The shock absorbers that are installed in the front suspension are quite weak, which is why the car often “nods” during sudden braking. The rear leaf spring suspension, on the contrary, is too rigid, which leads to a “goat” effect on bumps and uneven surfaces.
All-wheel drive GAZ-22171 models performed excellently in off-road conditions. These minibuses are often used in rallies, where they show quite decent results even without special training. Often this vehicle serves as a special vehicle for pulling out jeeps stuck in the mud. But you shouldn’t get too carried away with off-road driving. If the all-wheel drive Sobol gets into a rut left by trucks, it will get stuck there for a very long time. Moreover, it will only be possible to pull it out with the help of a tractor or truck.
Currently, GAZ-22171 can often be found on the secondary market. Less common are all-wheel drive vehicles, which can cost several times more. Such machines are valued among hunters and fishermen.
4.2. Engine
Model | UMZ-42160 (Euro-3) | UMZ-42164 (Euro-4) |
Type | 4-stroke, injection | |
Number of cylinders and their location | 4, in-line | |
Cylinder diameter and piston stroke, mm | 100×92 | |
Cylinder displacement, l | 2,89 | |
Compression ratio | 8,8 | 9,5 |
Rated power, net kW (hp) | 78,5 (106,8) | |
Maximum torque, net, daNm (kgf m) | 22,5 (220,5) | |
at crankshaft rotation speed, rpm | 2500 | |
Cylinder operating order | 1–2–4–3 | |
Crankshaft rotation speed in idle mode, rpm: | ||
– minimum (nmin. xx) | 800±50 | |
– increased (npo. xx) | 3000±50 | |
Direction of rotation of the crankshaft (observed from the fan side) | Right |
4.3. Transmission
Clutch | Single disc, dry, hydraulically driven |
Transmission | Mechanical, 5-speed with synchronizers in all gears Gear ratios: 1st gear – 4.05 2nd gear – 2.34 3rd gear – 1.395 4th gear – 1.0 5th gear – 0.849 Reverse – 3.51 |
Transfer case for 4x4 vehicles | Mechanical, has two gears: high (i=1.07) and low (i=1.86), as well as a symmetrical center differential with forced locking |
Cardan transmission | Two shafts with three universal joints and an intermediate support Three shafts (for 4x4 vehicles) with six universal joints |
Front axle of 4×4 vehicles: | |
main gear | Hypoid, gear ratio – 5.125 |
differential | Bevel, gear |
steering knuckles | With unequal velocity joints |
Rear axle: | |
main gear | Hypoid, gear ratio: 5.125 – for 4x4 vehicles; 4.3 – for 4×2 vehicles |
differential | Bevel, gear axle shafts Fully balanced |
The history of the appearance of GAZ-22171 “Sable”
The first Sobol class cars appeared at the Gorky Automobile Plant in 1998. They differed from ordinary “Gazelles” in the following parameters:
- Base shortened to 2,760 mm;
- Single rear tires;
- Independent front spring suspension;
- Load capacity reduced to 900 kg.
The GAZ-22171 car had a high roof and was produced in six-seat and ten-seat versions. In 1999, production of the Barguzin modification began, which received a lower roof. This modification was positioned by the manufacturer as a minivan, and had a lifting rear door.
The Sobol family of cars also includes all-wheel drive versions. They were purchased both by private individuals for travel and hunting, and by various organizations that, due to the specifics of their work, have to get to hard-to-reach places. All-wheel drive versions of GAZ have a rigid front axle and cardan joints in the front wheel drive.
In 2003, the Gorky Automobile Plant underwent a global modernization of the Gazelle family. This modernization also affected cars of the Sobol family. The following elements in the design of the cars have been changed:
- The shape of the bumpers has changed and has become more voluminous;
- A massive radiator grille appeared, which gave the car a more aggressive look;
- The old design headlights were replaced with new block headlights;
- There is a new dashboard and many other minor improvements.
At the beginning of 2010, new modifications called “Sobol-Business” appeared at the Gorky Automobile Plant. They are distinguished by the presence of many modified units and components in the design. Sobol-Business minibuses are still produced. The most popular engines in this family are the Cummins ISF 2.8 diesel engines equipped with a turbine. These motors have long proven themselves to be reliable and economical.
4.4. Chassis
Wheels | Steel, stamped, disc, with one-piece rim 6Jx16H2 |
Tires | Pneumatic, radial, chamber, size 225/60R16 or 215/65R16 - for auto. GAZ -2217 and mod. or 215/65R16, 185/75R16C (for GAZ-2310, GAZ-2752). Tire size for 4×4 vehicles – 225/75R16 |
Suspension: | |
front | Independent, on levers with coil springs, with anti-roll bar; shock absorbers - gas-filled, telescopic, double-acting (for 4x2 vehicles). |
back | Two longitudinal semi-elliptical springs, with anti-roll bar, shock absorbers - gas-filled, telescopic, double-acting (for 4x2 vehicles) |
The main differences between Barguzin and Gazelle
It is believed that the Sobol is a more compact version of the Gazelle, and this is true. Although the Sobol is a car of a completely different class, the models have a lot in common - the same components and assemblies, appearance, interior and body elements. When comparing models, it is better to consider the main differences. And the main differences between Sobol are as follows:
- One wheel is installed on the rear axle (the Gazelle has a gable tire);
- Load capacity is approximately one and a half times less;
- The wheelbase is 140 mm shorter;
- Unlike springs, the Gazelle is equipped with a front spring suspension (4x2 version);
- More compact luxury interior;
- Short frame of our own design;
- Other brake drums;
- The diameter of the brake discs has been increased by 15 mm;
- Other springs are installed on the rear suspension.
The big advantage of the front suspension on the Barguzin is that it does not have kingpins. Ball joints are installed instead.
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4.6. Brake control
Service brake system | Double-circuit with hydraulic drive and vacuum booster |
Brakes: | |
front wheels | Disk |
rear wheels | Drums |
Spare brake systems | Each circuit of the service brake system |
Parking brake system | With mechanical cable drive to the rear wheel brakes |
Technical characteristics 1998 V.
The first issue 2217 ran from 1998 to 2003. The minibus was produced in a 10-seater version mainly for minibuses and had a simpler configuration. The six-seater minivan has already acquired a richer finish - it is considered a commercial vehicle.
The minivan's interior is equipped with a folding table, and the middle row seats are located so that the occupants can communicate with each other. The seats are soft and comfortable - passengers should feel comfortable on long trips.
The only inconvenient thing is that the seats are rigidly tied to their places, and it is not possible to rearrange them at your discretion in the cabin.
"Sobol Barguzin" from the first releases could be either rear-wheel drive or with a 4x4 wheel arrangement. In the all-wheel drive version, the front axle is constantly engaged, the axles are driven through cardan shafts. Due to its sufficient comfort, “Barguzin” is often used for family trips outside the city to nature.
GAZ 2217 (1998-2003) has the following technical characteristics:
- Dimensions (length/width/height) – 4.81/2.03/2.1 m;
- The distance between the wheel axles (wheelbase) is 2.76 m;
- Rear wheel track – 1.7 m;
- Front wheel track – 1.69 m;
- Load capacity – from 0.64 to 0.91 tons;
- Gazelle fuel consumption per 100 km (gasoline) – 11.7 liters, for a diesel engine – 9.2 liters;
- Fuel tank volume – 70 l;
- The maximum permissible speed is up to 145 km/h;
- Gearbox – mechanical, five steps;
- The front wheel suspension on the 4x2 version is spring, independent;
- Ground clearance – 150 mm for rear-wheel drive, 205 mm for all-wheel drive;
- The weight of a fully loaded vehicle is 2800 kg (minivan), 2650 kg (minibus with 10 seats).
First generation Sobol Barguzin cars have the following modifications:
- GAZ 2217 – minivan, six passenger seats;
- GAZ 22171 – minibus, ten passenger seats;
- GAZ 22177 – minivan with 4x4 wheel arrangement;
- GAZ 221717 is a minibus with all-wheel drive.
On the first generation of Barguzinov, only two types of engines were installed:
- Diesel engine GAZ 560 (under license from STEYR MOTORS) with a power of 110 hp. s., volume 2.1 l.
- Gasoline carburetor engine ZMZ 406 with a power of 110 hp. s., volume 2.3 l.
Chassis, transmission, steering and braking system
As for the Barguzin chassis, it has the following technical characteristics:
- Gearbox – mechanical, five-speed, all gears are synchronized (except reverse speed);
- Transfer case (for models with all-wheel drive) – two gears, with gear ratios 1.07 and 1.86;
- Clutch – with one driven disc, hydraulic drive;
- The front suspension for models with rear-wheel drive is independent, double wishbone, for models with all-wheel drive – dependent, on leaf springs. All types of suspension are equipped with a stabilizer and hydraulic shock absorbers;
- The brake system is hydraulically driven, with two separate circuits for the front and rear wheels, with a pressure regulator and a vacuum booster. There are discs on the front axle and drums on the rear axle. Hand brake on cables, cables go to the rear wheels;
- Steering – worm shaft – ball nut type mechanism, gear ratio 16.6; with hydraulic power steering, the column is adjustable in angle and height;
- Rear suspension - leaf spring, with stabilizer and hydraulic shock absorbers;
- The main gear (rear axle) is hypoid type, gear ratio 4.556 for the 4x2 model, gear ratio 5.125 for the 4x4 model.
Design
The GAZ-2217 minibus has the following overall dimensions:
- Length - 4.8 / 4.9 m;
- Width - 2.1 m;
- Height - 2.1 / 2.2 m;
- Wheelbase - 2.8 m;
- Wheel formula - 4x2 / 4x4;
- Capacity - 6+1 / 10+1;
- Ground clearance - 15 / 19 cm;
- The volume of the power unit is 2.89 l;
- Power plant power - 107/120 horsepower;
- Maximum speed - 120 / 130 km/h.
During the production of the car, several types of engines were used. In 1998, ZMZ engines (402, 406.3 and 406) were installed on the car. Their characteristics differed only in the number of valves. A diesel version of the GAZ-5601 was also offered. In 2003, engineers carried out a modernization, after which a 140-horsepower injection power unit and a Gorky Automobile turbodiesel were used in production. In 2008, the device was supplemented with a Chrysler DOHC 2.4L power plant, which developed up to 137 horsepower. The diesel engine 5601 was replaced by 5602. In 2009, we came to the final version: gasoline UMZ-4216.10 and turbodiesel Cummis ISF 2.8L.
The latest generation engine has four cylinders. There are 2 valves per cylinder. In the case of the diesel version, there are 4 valves per cylinder. Working volume - 2.89 or 2.781 liters. Maximum power is 107 (at 4 thousand revolutions) or 120 (at 3.2 thousand revolutions) horsepower.
A version with all-wheel drive is also available, designed for rural areas where off-road conditions are common. The scheme of this option includes a single-lever transfer case. Power steering is also provided to improve handling. In some modifications, the driver can disable one axle.
The clutch includes one disc and is of the dry type. The drive is carried out by a hydraulic mechanism. The manual transmission has six stages: five forward and one rear.
The wishbones form the basis of the front independent suspension. The designers added anti-roll bars to its design. The rear dependent suspension is based on two longitudinal semi-elliptic springs.
When purchasing, you can choose additional functions, which include a multifunction steering wheel, air conditioning, electric windows and electrically adjustable side mirrors. Diesel variants come with cruise control.
The car's interior is comfortable, but simple. The driver has at his disposal a four-spoke steering wheel, a gear lever, and a dashboard with system indicators. Materials of medium quality are used for interior decoration; they last for many years. The seats are upholstered in fabric. Airbags are not provided; ABS is included as standard. There are two versions - with a low and high roof. This does not affect the cabin equipment in any way.
4.7. Electrical equipment
Type of electrical equipment | Direct current, single wire. Negative terminals of power supplies and consumers are connected to the housing |
Rated voltage, V | 12 |
Generator: | 3282.3771000 |
Starter: | 422.3708000 or 5732.3708000 |
Additional starter relay | 711.3741–02 |
Engine control system UMZ-4216 (E3): | |
Control block | — Mikas М10.3 (4216.3763–82) – for 4×2 type vehicles (main pair i=4,3) — Mikas М10.3 (4216.3763–12) – for 4×4 type vehicles (main pair i=5,125) |
throttle position sensor | 0 280 122 001 (form "BOSCH") |
oxygen sensor | 25.368889 |
phase sensor | 406.3847050–01 or DF-1 |
timing sensor | 23.3847 or DS-1 |
knock sensor | GT 305 |
electromagnetic injectors | 0 280 150 560 (form "BOSCH"), ZMZ 9261DEKA 10 (form "SIEMENS") |
idle air control | РХХ60 |
dual ignition coil | 48.3705 or 5810.3705 |
coolant temperature sensor control system | 234.3828 |
Engine control system UMZ-4216 (E4): | |
Control block | — Mikas 12.1 (42164.3763000) – for 4×2 type vehicles (main pair i=4,3) — Mikas 12.3 (42164.3763000–10) – for 4×4 type vehicles (main pair i=5,125) |
nozzle | ZMZ6354 DEKA1D |
dual ignition coil | 48.3705 or 5810.3705 |
throttle pipe with electric drive | 40624.11481099 |
gas pedal module | 6PV010033–00 (“Hуllс”) |
Canister purge valve | 21103–1164200–02 or 1103–1164200–03 or 21103–1164200 |
Submersible electric fuel pump module with fuel pressure regulator and level sensor | 7D5.883.046 "SEPO - ZEM", Saratov or E04.4100000–21 "AVTEL", Kaluga |
Spark plug | WR15YC (brand "BRISK") or WR7BC (brand "BOSCH") |
Oil pressure alarm sensor | 6012.3829 or MM 111V |
Brake fluid level alarm sensor | YaM 2.553.000–01 or 10.3839000 or KDBA.406211.001 |
Accumulator battery | 6ST-66LR |
Headlights: | |
right | 0301215 202 or 1512.3775000 |
left | 0301215 201 or 1502.3775000 |
Tail lights: | |
for vehicles with platform | 171.3716 or 7702.3716 |
for vehicles with all-metal body | 7202.3776 (right), 7212.3776 (left) |
Wiper | 60.5205010 or 70.5205000 |
Set of sound signals | 20.3721–01G/201.3721–01G |
4.8. Body
The body is all-metal, half-hood, has two hinged cabin doors, a sliding side door and two hinged rear doors (for vehicles with a medium roof) or one rear door that opens upward (for vehicles with a low roof).
bus cabin | Double or triple |
RV cabin | Three or seven seater |
overall dimensions (internal) of the cargo compartment of the van, mm: | |
length | 2460/1330(2) |
width | 1830 |
height | 1430/1530(3) |
volume of the cargo compartment of the van, m3 | 6,4/3,4 (2) |
- For vehicles with an all-metal body.
- For auto GAZ-2752 and mod. with two rows of seats.
- For body with medium roof.
4.10. Basic data for adjustments and control
Oil pressure, kPa (kgf/cm2) on a warm engine at idle speed: | 127 (1,3) |
Gap between rocker arms and valves on a cold engine at 15–20° C, mm | |
– for exhaust valves of cylinders 1 and 4 | 127 (1,3) |
– for other valves | 0,35–04 |
Normal liquid temperature in the cooling system, °C | 80–105 |
Minimum crankshaft rotation speed in idle mode, rpm: | 800–850 |
Gap between spark plug electrodes, mm | 0,7–0,85 |
Fan belt deflection when pressed with a force of 4 daN (4 kgf), mm | 7–9 |
Deflection of the water pump and generator belt when pressed with a force of 4 daN (4 kgf), mm | 8–10 |
Deflection of the power steering pump belt when pressed with a force of 4 daN (4 kgf), mm | 6–10 |
Clutch pedal free play, mm | 7–15 |
Clutch slave cylinder rod stroke | 18–20,5 |
Free travel of the brake pedal when the engine is not running (1), mm | 3–5 |
Total steering wheel play,° | According to GOST R 51709–2001 |
Minimum permissible friction layer thickness, mm: | |
– front disc brake pads | 3,0 |
– rear drum brake linings | 1,0 |
The slope at which a vehicle with a full load is held by the parking brake is not less than, % | 16 |
Installation of (2) front wheels: | |
– caster (longitudinal inclination of the steering axis of the wheels) | +4°30’±1° (+3°±1°) (3) |
– difference in the angles of the left and right wheels when adjusting caster, no more | 0°30′ |
– wheel camber | 0°30’±30′ (+1°±30′) (3) |
– difference in the angles of the left and right wheels when adjusting the camber, no more | 0°30′ |
– wheel toe-in (each wheel to the longitudinal axis of the vehicle) | from +0°03′ to +0°10′ (from+0°01'to +0°08′) (3) |
Installation angles (4) of the front wheels: | |
– camber (5) | 1o |
– lateral inclination of the kingpin | 8o |
– longitudinal inclination of the kingpin | 4o |
– wheel toe-in, mm | 0–3 |
Air pressure in tires of 4×2 type vehicles, kPa (kgf/cm2): | |
– front wheels | 260+10 (2.7+0.1) – for auto. GAZ-2217 and mod. 320+10 (3.3+0.1) – for GAZ-2310, GAZ-2752 with tires 185/75 R16C 250+10 (2.6+0.1) – for GAZ-2310, GAZ-2752 with tires 215/65 R15 |
– rear wheels | 270+10 (2.8+0.1) – for auto. GAZ-2217 and mod. for 6 passenger seats 300+10 (3.1+0.1) – for cars. GAZ-2217 and mod. For 10 passenger seats 380+10 (3.9+0.1) – for GAZ-2310, GAZ-2752 with tires 185/75 R16C 290+10 (3.0+0.1) – for GAZ-2310, GAZ -2752 with 215/65 R16 tires |
Air pressure in tires of 4×4 type vehicles, kPa (kgf/cm2): | |
– front wheels | 240+10 (2,5+0,1) |
– rear wheels | 240+10 (2,5+0,1) |
"Barguzin business"
“Sobol Barguzin”, unlike “Gazelle”, is more suitable for business trips or as a family car. To a large extent, comfort depends on the thoughtful interior decoration. All the details of the interior of the car in the next generation Soboley model - GAZ 2217 Barguzin Business - have been well worked out.
Appearance and seating arrangement in the Barguzin business modification
On the roads, the new model is easily recognizable by its modified front bumper and radiator grille trim. The instrument panel, audio system, air conditioning and heating systems have changed in the cabin. The stove is now controlled using an electronic unit.
The steering wheel has acquired different shapes and has become more pleasant to the touch. Installed different turn switches and windshield wipers. The new brand began to use an imported clutch - due to this, speeds are now switched more easily, and the clutch pedal is pressed noticeably softer. The plant gives a guarantee of 80 thousand km or two years for the new Sobol Barguzin, the interval between maintenance has increased to 15 thousand km.
The new model is also equipped with two types of engines – a 2.9-liter UMZ-4216 gasoline engine and a promising Cummins turbocharged diesel engine (2.8-liter).
Technical characteristics of Cummins ISF2.8s3129T:
- Engine type – diesel, turbocharged;
- Cooling – liquid;
- Number of cylinders – 4;
- The cylinder arrangement is in-line;
- Power – 120 l. With.;
- Compression ratio – 16.5;
- Fuel consumption at a speed of 60 km/h – 8.5 l;
- Fuel consumption at a speed of 80 km/h – 10.3 l;
- Piston diameter – 94 mm;
- Piston stroke – 100 mm;
- Cylinder volume – 2.8 l;
- Ecology class - Euro-3 or Euro-4.
The diesel engine in the Gazelle is very reliable and has a service life of about 500 thousand km before major repairs. The diesel engine at Barguzin Business has the following refueling tanks:
- Engine oil in the crankcase – 5 l;
- Oil in the oil filter – 0.44 l;
- Liquid in the cooling system – 6 l;
- Between the max and min marks on the dipstick – 1 liter.