FIRST SEDAN MZMASoviet midget car MOSKVICH-403. The first postwar car of the Moscow plant of small cars (MZMA) MOSKVICH-400 already at the launch of serial production was a day yesterday the German automobile industry, because it is only slightly upgraded OPEL KADETT K-38 model 1935. Undoubtedly, the year of its launch, the German car was a very sturdy vehicle with a monocoque body and independent suspension of front wheels of the type du-bonnet and brakes on all wheels hydraulically operated. However, in 1946 the car was too old.

The position is not saved or modernization of 1954, when the car called MOSKVICH-401, but the factory designers to improve the external appearance by attachment of new outer body panels, which resulted in a small batch of experienced car MOSKVICH-4243.
In 1956 the pipeline was set a fundamentally new model, called the MOSKVICH-402, with modern, beautiful for that time body. Designers AZLK managed to create a car that fit the style of cars in the global automotive industry — it is enough to compare the new MOSKVICH-402 with produced in those same years, the British car-a classmate of FORD PREFECT
The car develops a speed up to 105 km/h, was equipped with a 1.22-liter engine capacity of 35 HP with a valve mechanism of the type SV and three-step transmission.
MOSKVICH-402 had a modern for its time components and assemblies, which were telescopic dampers, baskonia front suspension, lockable from inside the boot lid, gearbox with extension and dvuhsvetnoe steering wheel. For the first time in domestic practice the car was equipped with a curved (panoramic) windshield. In the first years of the release of the 402-th equipped with an engine, transmission and rear axle from the 401-th model, however, the “ideology” of the body of the new car allowed in the future to upgrade it, what MZMA and have done for a number of years.
Sedan MOS KVICH-403 of the edition of 1962.
Sedan MOS KVICH-403 release 1962
An export version of MOSKVICH-403
The export version of MOSKVICH-403
This is not a MUSCOVITE, and FORD PREFECT car of the English branch of Ford
This is not a MUSCOVITE, and FORD PREFECT car of the English branch of Ford
MOSKVICH-416 release in 1960 — an experienced four-wheel drive car based on the models 407 and 403
MOSKVICH-416 release in 1960 — an experienced four-wheel drive car based on the models 407 and 403
Almost simultaneously with the sedan on MZMA was launched the serial production of the MOSKVICH-432 with a body type van and a car with a station wagon, which received the designation MOSKVICH-424. Universal became the first Soviet serial car with a convertible cargo body — the back seat of the car was, forming the cargo compartment length of 1.473 m, and a width of 1.22 m, allowing to carry up to 250 kg of cargo. “Stepney” was situated in a special well under the floor of the cargo compartment. The wagon’s rear suspension had heavy duty leaf springs, the width of which was more than 402, to 5 mm.
Special attention deserves the all-wheel drive modification of the 402-th, called the MOSKVICH-410. The car with ground clearance of 220 mm (as in modern FIELDS!) had two of the leading axle and axle suspension all wheels on longitudinal leaf springs. Transmission jeep had a two-stage transfer case and constant velocity joints, ball-type. In 1958, four-wheel drive MOSKVICH received a new 45-HP engine models 407 and a four-speed gearbox. Part cars terrain was manufactured with a body type wagon. All in all, until 1960 MZMA was released about 12 thousand AWD cars.
The gradual modernization of the 402-th led to the emergence of the new, more powerful 45-horsepower overhead valve engine displacement 1,358 liters, developed by designers MZMA I. Okuneva, by I. Ya. Gladilina and Hot on the basis of the same Pleskovo motor. The refusal of the lower valves, increasing the compression ratio and the working volume was allowed to increase engine power by 25 percent. In conjunction with the new four-speed gearbox and hypoid main gear, the car was supplied to the external market at that time was exported to 30 percent of the total production of the plant. Since 1958, the modernized MUSCOVITES got another digital index — 407.
MOSKVICH-432 with a body type van
MOSKVICH-432 with a body type van
MOSKVICH-424 with a body type wagon
MOSKVICH-424 with a body type wagon
Last modification of 402 was MOSKVICH-403, which received a new front suspension and upgraded engine. The car became a kind of quintessential concept model of the sample of 1956, as was fitted units and assemblies, which later became the basis of a fundamentally new machine with index 408. MOSKVICH-403 enjoyed great popularity among customers due to high durability, good maintainability, simplicity and, importantly, the huge excess of demand over supply and lack of models MZMA any serious competition from other plants.
Almost the first time in the domestic automotive industry MUSCOVITES models 402, 407 and 403 was a very modern three-box sedans with severe motor, baggage and passenger departments. Should probably remind you that all previous Soviet cars were two-volume. Thus, the MOSKVICH-400 and MOSKVICH-401 was not even a trunk lid — access to it was carried out at the salon, why it was necessary to drop off passengers and fold the rear seat backrest.
BODY. The car MOSKVICH-403 had a four-door body type carrier type — it consists of a rigid spatial farm, which is directly attached to the engine and the landing gears. Farm welded into a single unit of several major components-subassemblies. To increase the overall stiffness and strength of the engine compartment and the floor of the truck was amplified by a pair of fixed side members of box section connected at the front of the crossmember. All permanent joints of the body has been welded, made contact welding; in some places the connection was intensified by arc or gas welding. The main parts of the lining of the case stamped from sheet steel with thickness 0,8 — 1,1 mm.
The body was equipped with a rear view mirror mounted in the upper part of the windshield and the glove box, made of water-resistant paperboard; a heater for heating the body and the windshield; a windshield washer, which worked from a foot pump located on the floor left of the clutch pedal.
Geometric scheme of the car MOSKVICH-403
The geometric scheme of the car MOSKVICH-403
The chassis of the car MOSKVICH-403
The chassis of the car MOSKVICH-403
The body of the car MOSKVICH-403
The body of the car MOSKVICH-403
In addition to this, the cabin housed the radio type A-17A appeared chistianity a dual-band superheterodyne, designed to receive local and distant broadcast stations on medium and long wave.
The design of the front and rear doors of the body were virtually identical. Each consisted of two main parts — welded inner and outer panels. Key locked front only left door — the rest was blocked from the inside by turning the door lever to crack down.
The hood of the engine compartment — alligator type, it represented one big stamped part, to which to increase its stiffness was welded transverse and diagonal amplifiers. To the body the hood is suspended on the two inner loops and secured the lock in the front part. Handle lock actuator located inside the body. To prevent opening of the hood on the move if you make a mistake pulling the handles of the lock, its design provided a special guard.
The Luggage compartment located in the rear, unlocked by using the handle located under the rear seat cushion, right side. Interestingly, when closed, the tailgate is closed and the bracket rear registration plate, under which was located a tube neck of the fuel tank.
The radiator grille of the machines normal and export performance varied significantly. The first veneer was a hard stamped grille with only the top trim, and the latter of such pads was five. The facings were also the side trim strips that housed the sidelights.
Front seat with a skeleton tubular design had a total double cushion and two separate seatbacks that tilt forward to ease the passengers in the back seat, or leaned back. The seat was mounted on skids, allowing it to move forward and backward within 102 mm.
For body heat meant the heater mounted under the dashboard. It is based on a small radiator which receives hot water from the engine cooling system. Outboard air, coming through the hatch in front of windshield, by the fan passed through the radiator is heated and then enters into the cabin.
ENGINE. The car was equipped with four-cylinder inline OHV petrol engine model 407-D with a compression ratio of 7, working on gasoline with octane number not less than 72 units. Overhead valve engine with a compact combustion chamber and a liquid heating of the combustible mixture to ensure that the high for its time performance. The maximum power of the engine made 45 HP, maximum torque of 86 N.m.
The combustion chamber is a compact, poluchennogo type. Seat intake and exhaust valves made of heat resisting cast iron with high hardness. To insert them in the socket, saddle cooled in liquid nitrogen vapor to a temperature of -160 degrees, and the head was heated to + 200 degrees, which provides a secure fit saddles in the head.
Engine type 407-D
Engine type 407-D
Rear suspension
Rear suspension
Rear axle
Rear axle
Front suspension. The right — front suspension Assembly crossmember
Front suspension. The right — front suspension Assembly crossmember
Controls, control devices and equipment designated driver
Controls, control devices and equipment designated driver:
1 — steering wheel; 2 — clutch; 3 — the brake pedal; 4 — throttle; 5—the lever transmission: 6 — handbrake handle; 7 — button foot switch headlamp; 8 — pedal windshield washer pump; 9 — control arm, grille: 10 — arm enable direction indicator; 11 — ring of a horn switch; 12 — ammeter; 13 — fuel gauge: 14 — speedometer a; 15 — control lamp for main beam headlights (blue); 16 — gauge oil pressure in the lubrication system; 17 — a pointer to the coolant temperature; 18 warning lamp for direction indicators; 19 — control knob to the damper heater; 20 — button Central light switch; 21 button switch wiper; 22 ignition; 23 — button switch heater fan; 24 the lever of a drive of the hatch cover; 25 — button choke control carburetor; 26, 31 —arm to control the radio; 32 actuator lever of the hood; 33 — decorative speaker grille of a radio receiver; 34 — ashtray; 35 — glove box; 36 — mirror; 37 protivolodochnyi visors

Pistons — aluminum alloy. At the head of each piston were three compression and one oil control ring. Crankshaft-steel, forged, established in the three main bearing. The flywheel is cast grey iron.
A distribution mechanism of the engine — with a top-line arrangement of valves driven from the camshaft through tappets, push rods and rocker arms. The camshaft was rotated from the crankshaft by a pair of gears with helical teeth — let me remind you that modern engines the camshaft actuator is a chain or a toothed belt.
The engine mounted on the vehicle chassis with rubber cushions at three points — this method of mounting reduces the transfer of vibration to the body and buffered the shock load transmitted to the power unit when moving the machine on rough roads.
COOLING SYSTEM — liquid, closed type. It consisted of a shirt that encircles the cylinders and the cylinder head of the engine, a radiator mounted in front of him, louvers, centrifugal water pump, thermostat and fans; it was connected and the heater body.
LUBRICATION SYSTEM of the engine combined — pressure and spray. While indigenous and connecting rod bearings, camshaft bearings, the axis of the valve rocker arms and camshaft gears were greased under pressure. In the lubrication system used filters of rough and thin clearing of oil. The first had to be cleaned periodically, and the latter, in contrast to the modern, disposable, was disassembled and extracted from it the contaminated filter element and replaced with a new.
THE POWER SUPPLY SYSTEM. It includes fuel tank, fuel lines, fuel pump, air cleaner and intake tubing, and the drive mechanisms control the throttle and air valves of the carburetor.
Fuel tank capacity of 35 liters was made of leaded steel sheet. It was located in the rear under the boot floor. The fuel pump is a diaphragm driven by a Cam of the camshaft. Air purifier — inertial-contact with the oil bath and the intake muffler. In contrast to the modern, with replaceable filter elements, air purifier car MOSKVICH-403 had periodically flush and change the oil. Operation, it must be said — is very dirty.
The engine came with a carburetor type K-59 — single chamber, vertical, with falling flow of the mixture, with two-stage raspylitelem gasoline. Throttle control carburetor was carried out by the pedal through a system of rods and levers, and an air valve (“choke”) — a button located on the instrument panel, to the right. When you pull the button of the air valve cover and the fuel mixture enriched.
EXHAUST SYSTEM. Exhaust gases removed from the engine through the exhaust system consisting of exhaust manifold of the engine, the admission and outlet pipes of the muffler and the muffler. Exhaust pipe, molded from grey cast iron, attached to the cylinder head studs and eight nuts. Fastening of a reception pipe to a muffler — hard; the rear end of the front exhaust pipe was connected to its input pipe using a clamp. Silencer collapsible design is attached to the base body in two elastic suspensions.
GRIP. The car had a single-plate dry clutch with torsional vibration dampers on the slave drive and hydraulic drive off. It consisted of two main parts — pressure plate Assembly with cover and levers clutch and slave drive is enclosed in a die-cast crankcase.
TRANSMISSION. The car was equipped with a four-speed transmission (four forward and one for reverse). For silent and unstressed enable the second, third and fourth gear box is equipped with synchronizers. First gear and reverse gear had straight teeth, synchronizers for these programs was not provided. The transmission control lever located on the steering column, under the steering wheel. The mechanism of transmission control was very difficult and required careful adjustment — it is no coincidence that subsequently was abandoned by almost all automobile manufacturers.
REAR AXLE. Main gear rear axle — hypoid gears with a gear ratio of 4.55. Rear axle housing is stamped, like a banjo. Axle — poluraspredelenia.
The REAR SUSPENSION of the car consisted of two longitudinal semi-elliptic leaf springs, working in conjunction with hydraulic telescopic shock absorbers bilateral action.
The FRONT SUSPENSION of the car MOSKVICH-403 independent richagina, with telescopic hydraulic shock absorbers and stabilizer bar. The role of the Foundation of the front suspension crossmember was performed, which was simultaneously the second cross member sub-frame. The use of this design allowed us to assemble the front suspension to the crossmember and its adjustment before installation on the car.
STEERING consisted of a steering gear (globoid worm — double roller) with a gear ratio of 17:1 in the middle position and the steering actuator, which includes the levers of a steering trapeze, connected to the front uprights, a pendulum, a bipod, average thrust and two lateral thrust steering linkage.
BRAKES on all wheels — drum-type, floating pads and a device to automatically maintain a constant minimum clearance between the friction lining pads and the working surface of the brake drum. Drive brake — hydraulic, pedals, Parking brake — mechanical, handle exhaust type, located under dash, right of steering column.
The ELECTRICAL SYSTEM consisted of power sources, instruments, engine start, lighting systems, light and sound alarm, blower motor, controls and parts switching equipment.
The battery was located in front of the body under the hood, the splash guard of the left wing. Generator type Г22 — DC nominal power of 200 watts. For automatic inclusion of the generator in the electrical network of the vehicle, disconnect from the mains, maintaining constant voltage and protect the generator from overloads used relay-regulator.
FT4 starter designed to start the motor was a DC motor with a capacity of about 440 watts with a serial excitation. He was fixed on the left side of the engine with a pair of heels.
All-wheel drive all-terrain vehicle
All-wheel drive all-terrain vehicle “MOSKVICH-410” — the predecessor of modern comfortable cars-SUVs
“MOSKVICH-407” at the end of 1950-ies was the most popular car in the Soviet Union — is unpretentious, durable and, most importantly, repairable
For switching of lighting fixtures meant the Central light switch that had three positions and a foot switch “low beam headlights”.
MOSKVICH-403 was equipped with a speedometer and two combinations of the devices that are installed on a removable plastic flap. Left combination was the ammeter and fuel gauge in the tank, right from the pointer of oil pressure and temperature gauge the coolant.
The wiper on the car were mechanical, driven by a camshaft of the engine.
From July 1965 MZMA started production of the model MOSKVITCH-408 car, with many units that have been tested on 403-m, and essentially a new body, the concept of which is established in MZMA (and later AZLK) for many years — until the launch of a series of front-wheel drive car MOSKVICH-2141 in 1986. With the departure of the compact 403, the plant ended the era of small cars — light, relatively cheap and economical. Subsequent models added to the weight, the cubic capacity of the engines and, consequently, in price. Well, model 402, 407 and 403 turned out to be surprisingly durable — and now there are a lot of these machines, as if descended from the conveyor 40 years ago, but only yesterday.
Technical characteristics of the car MOSKVITCH models 407 and 403
Length, mm……………………………………….. 4055
Width, mm……………………………………. 1540
Height, mm……………………………………… 1560
The number of seats……………………………………………4
Curb weight, kg………………………990
Full weight, kg…………………………….. 1290
Ground clearance, mm………………………200
Maximum speed, km/h…………… 115
fuel consumption, l/100 km…………………6,5
Engine capacity, cm3………….1360
Maximum power, HP………………45
Fuel………………………………..gasoline a-72
Fuel tank capacity, l…………………35


Recommend to read

    IN THE ROOM: Public KB: A. Timchenko. The little engine with a great future (2); A. Klimenko. Ski plus pneumatic (4); B. Kalganov. Propeller: how to calculate it? (8). ...
    Every day we use a huge amount of things and have almost ceased to notice them. But it turns out in the production of minor things at first glance hides a lot of interesting and...