Welcome to Tokchon vocabulary! A vehicle drawing can turn everyday transport into an enjoyable word lesson. These 100 English words help you name the visible parts, follow the power path and understand what the dashboard measures. Start with the shape you recognise, then discover the system behind it.
Tokchon is a city in South Pyongan Province with a documented motor-vehicle manufacturing association. That provides this guide with an automotive theme. The words connect a cab, chassis and wheels with the systems that propel, steer and slow a vehicle. A labelled illustration makes the relationships much easier to remember.
This Tokchon travel vocabulary list offers meanings, original examples and writing tasks. Vehicles and component layouts are general teaching illustrations. They do not inventory current locally manufactured models or establish the condition of a particular vehicle. Learn the language through diagrams and fictional records, then use a dated source for any specific local claim.
Top 100 Vocabulary Words for Tokchon
vehicle, automotive, automobile, truck, pickup, van, minibus, chassis, bodywork, cab
bonnet, boot, bumper, wing mirror, windscreen, wiper, dashboard, instrument cluster, speedometer, odometer
tachometer, fuel gauge, warning light, steering wheel, steering column, pedal, accelerator, brake pedal, clutch pedal, gear lever
parking brake, seat belt, head restraint, airbag, engine, internal combustion, electric motor, hybrid vehicle, battery electric vehicle, powertrain
drivetrain, transmission, gearbox, manual transmission, automatic transmission, clutch, differential, drive shaft, axle, front-wheel drive
rear-wheel drive, all-wheel drive, piston, cylinder, crankshaft, connecting rod, camshaft, spark plug, fuel injector, intake manifold
exhaust manifold, air filter, radiator, cooling system, thermostat, engine oil, oil filter, sump, exhaust pipe, silencer
catalytic converter, suspension, shock absorber, coil spring, leaf spring, anti-roll bar, wheelbase, track width, ground clearance, turning circle
tyre, tread, sidewall, wheel rim, tyre pressure, wheel alignment, wheel balancing, disc brake, drum brake, brake pad
brake fluid, anti-lock braking system, regenerative braking, alternator, starter motor, traction battery, charging port, fuel economy, energy consumption, maintenance schedule
Word Meanings and Example Sentences
| Word | Meaning | Example |
|---|---|---|
| vehicle | a machine used to transport people or goods | The vehicle drawing shows its main parts. |
| automotive | relating to road vehicles | Automotive vocabulary helps explain the classroom diagram. |
| automobile | a motor vehicle for road transport | The imaginary automobile has four wheels. |
| truck | a road vehicle designed mainly to carry goods | The truck carries crates in the fictional scene. |
| pickup | a light truck with an open cargo bed | The pickup has a separate cab and load area. |
| van | an enclosed vehicle carrying people or goods | The van has a sliding side door in the illustration. |
| minibus | a small bus carrying several passengers | The minibus has more seats than the drawn car. |
| chassis | the main supporting framework of a vehicle | The chassis supports the model's components. |
| bodywork | the external body of a vehicle | The bodywork surrounds the passenger compartment. |
| cab | the driver's compartment of a truck | The cab appears ahead of the load area. |
| bonnet | a cover over a vehicle's engine compartment | The bonnet is raised in the teaching picture. |
| boot | an enclosed luggage compartment of a car | The boot holds the fictional traveller's bag. |
| bumper | a component at a vehicle's end helping manage minor impacts | The bumper is labelled below the front lights. |
| wing mirror | an external mirror helping the driver see behind | The wing mirror projects from the side. |
| windscreen | the front window of a vehicle | The windscreen curves above the bonnet. |
| wiper | a device clearing a vehicle window | The wiper is shown across the windscreen. |
| dashboard | the panel containing driver instruments and controls | The dashboard has several labelled instruments. |
| instrument cluster | a group of driver displays | The instrument cluster sits behind the steering wheel. |
| speedometer | an instrument showing vehicle speed | The speedometer has a speed unit beside its scale. |
| odometer | an instrument recording accumulated travel distance | The odometer records distance rather than current speed. |
| tachometer | an instrument showing rotation rate, often of an engine | The tachometer displays revolutions per minute. |
| fuel gauge | an instrument indicating the fuel remaining | The fuel gauge is shown beside the speed display. |
| warning light | an indicator alerting a user to a condition | The warning light is a term in the dashboard lesson. |
| steering wheel | the control used to direct a road vehicle | The steering wheel sits in front of the driver. |
| steering column | the assembly connecting steering controls with the mechanism | The steering column appears beneath the wheel. |
| pedal | a foot-operated control | Each pedal has a label in the vehicle diagram. |
| accelerator | a control requesting increased driving power | The accelerator is identified without an operating exercise. |
| brake pedal | a foot control used to apply brakes | The brake pedal is named in the picture glossary. |
| clutch pedal | a foot control operating a manual clutch | The clutch pedal belongs to the illustrated manual vehicle. |
| gear lever | a control used to select gears | The gear lever stands between the drawn seats. |
| parking brake | a brake intended to hold a parked vehicle | The parking brake is distinguished from the service brake. |
| seat belt | a restraint worn by a vehicle occupant | The seat belt crosses the illustrated passenger's body. |
| head restraint | a seat feature limiting movement of the head | The head restraint rises above the seat back. |
| airbag | an inflatable occupant-protection device | The airbag is identified as a vehicle safety component. |
| engine | a machine converting energy into mechanical work | The engine supplies power in the general diagram. |
| internal combustion | energy release by burning fuel within an engine | Internal combustion is one power-system category. |
| electric motor | a machine converting electrical energy into mechanical motion | The electric motor turns the model's drive system. |
| hybrid vehicle | a vehicle using more than one propulsion energy system | The hybrid vehicle combines an engine with electric drive. |
| battery electric vehicle | a vehicle propelled by electricity stored in a battery | The battery electric vehicle has no combustion engine in the sketch. |
| powertrain | the system producing and delivering propulsion power | The powertrain connects energy conversion with wheel movement. |
| drivetrain | the components transmitting driving power to the wheels | The drivetrain is labelled separately from the vehicle body. |
| transmission | a system transferring power with selectable or variable ratios | The transmission connects the engine with the drive path. |
| gearbox | a unit containing gears for changing speed or torque relationships | The gearbox is one component in the model. |
| manual transmission | a transmission with driver-selected gear changes | Manual transmission appears in the comparison table. |
| automatic transmission | a transmission selecting ratios automatically | Automatic transmission is described by its control function. |
| clutch | a device engaging or disconnecting power transmission | The clutch links two parts of the drivetrain diagram. |
| differential | a mechanism allowing driven wheels to rotate at different speeds | The differential helps explain a turning vehicle. |
| drive shaft | a shaft transmitting rotational driving power | The drive shaft runs along the fictional vehicle. |
| axle | a shaft or assembly associated with supporting wheels | The axle spans the model's wheel arrangement. |
| front-wheel drive | a layout powering the front road wheels | Front-wheel drive is shown with arrows to the front wheels. |
| rear-wheel drive | a layout powering the rear road wheels | Rear-wheel drive sends power to the drawn rear axle. |
| all-wheel drive | a system capable of powering all road wheels | All-wheel drive is a layout term in the glossary. |
| piston | a moving component within an engine cylinder | The piston moves inside the teaching cross-section. |
| cylinder | a chamber containing a moving piston | The cylinder surrounds the piston in the diagram. |
| crankshaft | a shaft converting piston motion into rotation | The crankshaft connects with the illustrated connecting rod. |
| connecting rod | a member connecting piston and crankshaft | The connecting rod links two moving parts. |
| camshaft | a shaft with cams controlling timed movements | The camshaft is labelled above the engine diagram. |
| spark plug | a device igniting a mixture in a spark-ignition engine | The spark plug appears in the general petrol-engine illustration. |
| fuel injector | a device delivering fuel into an engine system | The fuel injector is named on the component sheet. |
| intake manifold | passages distributing incoming air or mixture to cylinders | The intake manifold connects with several cylinders. |
| exhaust manifold | passages collecting exhaust from cylinders | The exhaust manifold leads towards the exhaust system. |
| air filter | a component removing particles from incoming air | The air filter has a labelled position in the diagram. |
| radiator | a heat exchanger used in a cooling system | The radiator appears near the vehicle's front. |
| cooling system | components controlling a machine's temperature | The cooling system connects several labelled parts. |
| thermostat | a device regulating temperature-related flow or operation | The thermostat has a control role in the explanation. |
| engine oil | oil used to lubricate engine components | Engine oil is a material term in the lesson. |
| oil filter | a component removing contaminants from circulating oil | The oil filter is identified in the model. |
| sump | a reservoir collecting oil or another liquid | The sump sits beneath the illustrated engine. |
| exhaust pipe | a pipe carrying engine exhaust | The exhaust pipe runs towards the vehicle's rear. |
| silencer | a device reducing exhaust noise | The silencer is labelled on the exhaust diagram. |
| catalytic converter | a device using catalysts to reduce certain exhaust pollutants | The catalytic converter has a defined treatment role. |
| suspension | the system connecting a vehicle body with its wheels | Suspension supports the body above the drawn wheels. |
| shock absorber | a device damping movement in a suspension system | The shock absorber is shown beside the spring. |
| coil spring | a spring formed as a helix | The coil spring has a spiral shape in the diagram. |
| leaf spring | a suspension spring made from flexible flat strips | The leaf spring appears beneath the fictional truck. |
| anti-roll bar | a suspension component resisting body roll | The anti-roll bar connects the illustrated sides. |
| wheelbase | the distance between front and rear axle centres | Wheelbase is marked along the vehicle drawing. |
| track width | the distance between corresponding wheel centres across an axle | Track width is labelled across the front view. |
| ground clearance | distance between the ground and a specified low vehicle point | Ground clearance appears below the model chassis. |
| turning circle | the space needed for a vehicle to turn | The turning circle is shown as a teaching diagram. |
| tyre | the outer road-contacting part around a wheel | The tyre surrounds the wheel rim. |
| tread | the patterned road-contacting surface of a tyre | The tread has grooves in the close-up drawing. |
| sidewall | the side portion of a tyre | The sidewall carries markings in the picture. |
| wheel rim | the part of a wheel holding the tyre | The wheel rim lies inside the illustrated tyre. |
| tyre pressure | the air pressure within a tyre | Tyre pressure is a measured quantity in the glossary. |
| wheel alignment | the adjustment or relationship of wheel orientations | Wheel alignment concerns orientation rather than tyre colour. |
| wheel balancing | adjustment of mass distribution around a rotating wheel | Wheel balancing addresses rotation-related imbalance. |
| disc brake | a brake using friction against a rotating disc | The disc brake is labelled behind the wheel. |
| drum brake | a brake using friction against a rotating drum | The drum brake has a different drawn arrangement. |
| brake pad | a friction component pressing against a brake disc | The brake pad is named in the section view. |
| brake fluid | fluid transmitting force in a hydraulic brake system | Brake fluid belongs to the system description. |
| anti-lock braking system | a system limiting wheel locking during braking | Anti-lock braking system is introduced as a component category. |
| regenerative braking | slowing that recovers some motion energy for storage | Regenerative braking connects movement with stored energy. |
| alternator | a generator commonly supplying vehicle electrical power | The alternator is labelled beside the engine. |
| starter motor | a motor turning an engine to begin operation | The starter motor has a different job from propulsion. |
| traction battery | a battery supplying vehicle propulsion energy | The traction battery appears beneath the fictional electric vehicle. |
| charging port | a connection for supplying electrical charging energy | The charging port is shown on the vehicle's side. |
| fuel economy | distance travelled per fuel amount or its inverse measure | Fuel economy requires a stated unit and test basis. |
| energy consumption | the energy used for a stated activity | Energy consumption is compared over a defined distance. |
| maintenance schedule | a plan of recurring checks and upkeep | The maintenance schedule belongs to a fictional vehicle record. |
Why These Words Are Useful in Tokchon
A manufacturing association gives us a useful learning setting without making every vehicle example a local product. Begin with visible structure: bodywork encloses space, and a chassis supports components. Then follow propulsion through the powertrain. Finally, read measurements and upkeep records. This order gives a mechanical paragraph a clear path from object to function to evidence. You do not need to learn all one hundred terms before you can explain a simple vehicle sketch.
Understand the Words Before Memorising Them
Describe the part before its performance
A cab is a compartment; a chassis is a supporting structure. A truck's load area is different from its driver's space. Name each feature and explain its job before making a claim about capacity or suitability. A picture may show a sturdy-looking vehicle, but a tested load rating needs a specification. A precise description can remain interesting while keeping visible shape and measured performance separate.
Follow energy towards the wheels
An engine and an electric motor convert different energy inputs into mechanical motion. The powertrain connects that conversion with propulsion; the drivetrain concerns the components transmitting driving power. A hybrid combines propulsion systems. Draw arrows through a general model and explain the connection in your own words. Avoid treating every vehicle as if it contains every component in the list.
Give the instrument the right question
A speedometer concerns current speed, while an odometer records accumulated distance. A tachometer concerns rotation rate. Fuel economy and energy consumption also need units and a defined basis. Place each term beside the question it answers. This is a useful memory method because similar-looking displays can report very different quantities. In a factual paragraph, state the unit and source rather than treating a dashboard picture as a complete performance test.
Commonly Confused Words
speedometer / odometer
The speedometer reports speed. The odometer records accumulated travel distance.
engine / electric motor
An engine converts an energy input into mechanical work. An electric motor specifically converts electrical energy into mechanical motion.
wheelbase / track width
Wheelbase runs between front and rear axle centres. Track width runs across an axle between corresponding wheel centres.
fuel economy / energy consumption
Fuel economy relates fuel use and distance. Energy consumption states energy used for a defined activity. Compare only compatible units and test conditions.
A Short Conversation
Learner: The odometer says 40,000. Is that the vehicle's speed?
Teacher: What quantity does an odometer record?
Learner: Accumulated travel distance, with a distance unit.
Teacher: Good. Which instrument would show speed?
Learner: The speedometer.
Teacher: Exactly. Naming the quantity makes the number meaningful.
Turn the Vocabulary into a Paragraph
Model paragraph for learning: Tokchon's vehicle-manufacturing association gave me a setting for learning automotive vocabulary. In my fictional truck diagram, a cab stands above a chassis and a separate load area. The powertrain supplies motion to the wheels, while the suspension connects the body with the wheel system. I distinguish the speedometer from the odometer and describe fuel economy only with a stated unit. The paragraph explains a general vehicle model without claiming that it represents a current local product.
Choose three useful words from the paragraph. Explain why each fits its sentence. Then write a fresh paragraph using a clearly identified source, diagram or imagined setting. Keep each sentence focused on one idea so the description remains easy to follow.
Learn, Practise and Check
Choose ten words connected to one situation. Read the meanings, cover the column and explain each word in your own language. Then write a new example without copying the original. If two words feel similar, sketch their relationship or write a sentence explaining the difference. Return later and check whether you can still recognise and use them correctly.
Choose the quantity
Which instrument records accumulated distance: speedometer or odometer?
Answer or checking guide: Odometer. State the distance unit when interpreting its reading.
Read a fictional rate
A fictional vehicle travels 120 kilometres using 10 litres of fuel. What is its distance per litre?
Answer or checking guide: 12 kilometres per litre. This is a classroom calculation, not a local vehicle rating.
Name the direction
Which dimension runs between the front and rear axle centres?
Answer or checking guide: Wheelbase. Track width is measured across an axle.
Repair the capacity claim
Rewrite: 'The truck looks strong, so it can carry any load.'
Answer or checking guide: 'The truck has a substantial-looking structure; its permitted load requires the relevant specification.'
What If a Word Still Feels Difficult?
Find the specific gap. Can you explain the object or situation? Do you understand the difference from a nearby word? Can you use it in a grammatical sentence? Repair that step before adding more words. A small labelled diagram, a short conversation or a familiar object often makes a technical term easier to remember. Check the repair with a different example rather than repeating the same answer.
Questions About Tokchon Vocabulary
Does every component occur in every vehicle?
No. Layouts and propulsion systems differ. The entries give general vocabulary rather than a universal parts list.
Is this a driving or repair manual?
It explains English words and relationships through diagrams. Actual operation and repair need the relevant training and instructions.
Which words should I learn first?
Begin with chassis, cab, engine, tyre, speedometer and odometer. Then explain how two or three parts relate.
Continue Learning with eduKate
Vocabulary Lists Control Tower helps you choose another learning setting. Education OS connects understanding, practice and checking. Browse more city guides in the World City Directory. North Korea vocabulary hub: choose another city or a connected learning route. Continue with Kusong vocabulary and Huichon vocabulary. For a wider comparison, open SMRT OS to compare road-vehicle components with wider transport functions.
Kusong vocabulary: Connect vehicle parts with engineering drawings, dimensions and measurement.
Explore the earlier North Korea city guides: Pyongyang · Kaesong · Nampo · Wonsan · Chongjin · Hamhung · Sinuiju · Rason · Sariwon · Haeju · Hyesan · Pyongsong · Kanggye · Anju · Kaechon · Sunchon.
Sources and Further Reading
Tokchon: city and motor-industry background
US Department of Energy: engine basics
US Department of Energy: electric-vehicle technology overview
Current UK official North Korea travel advice. Reference checked on 5 October 2026: the UK FCDO advises against all but essential travel. Consult current advice applicable to your nationality separately from vocabulary learning.