This section introduces the intensive course and defines key terms like 'driver' and 'pedestrian,' including scenarios where a pedestrian may be pushing a two-wheeled vehicle or using a wheelchair. It also briefly touches upon the classification of vehicles.

This part details the classification of vehicles into 'motor vehicles' and 'non-motor vehicles.' Motor vehicles are further divided into 'automobiles' (including cars, trucks, motorcycles, and buses) and 'special vehicles' (agricultural, construction, and service vehicles). Non-motor vehicles include bicycles, animal-drawn vehicles, mopeds, trams, and personal mobility vehicles. Key distinctions, like the difference between a motorcycle and a moped, are highlighted based on speed and license plate color.

This segment clarifies terms related to vehicle mass: 'tare' (empty weight), 'mass in running order' (with driver), 'maximum authorized mass' (MMA – the maximum weight allowed for circulation), and 'mass per axle' (weight supported by each axle).

This section outlines the principles for safe road use, emphasizing not disturbing other road users, being predictable, and understanding road conditions. It covers obligations such as maintaining vehicle control, adapting to weather and traffic, ensuring visibility, keeping license plates legible, and prohibitions like using mobile phones without hands-free kits or carrying radar inhibitors.

This part defines different road types: 'urban roads' (within populated areas) and 'interurban roads' (outside populated areas). Interurban roads include 'motorways' and 'dual carriageways,' as well as 'conventional roads.' 'Travesías' (road sections passing through populated areas) are also explained.

This segment discusses the characteristics of motorways and dual carriageways, vital for higher speeds (minimum 60 km/h) and featuring separated carriageways, multiple lanes, and grade-separated intersections. It also identifies users prohibited from these roads (pedestrians, mopeds, animals, etc.) and specific exceptions for cyclists on dual carriageways.

Conventional roads are defined as any interurban road that is not a motorway or dual carriageway. They can have varying lane configurations but lack the strict design features of motorways, such as complete fencing or grade-separated intersections.

This section details lane usage rules, generally advising to drive in the rightmost lane. Specific users (pedestrians, cyclists, mopeds, animal-drawn vehicles, and special vehicles under 3500 kg) are required to use the hard shoulder. Special conditions for pedestrians and other users on the hard shoulder are also covered, including instructions for dealing with slow-moving vehicles and unexpected situations.

This part explains various special lanes designed to manage traffic flow: reversible lanes, high-occupancy vehicle (HOV/BAO) lanes, acceleration/deceleration lanes, and bus/taxi lanes. Rules for using each type, including vehicle restrictions, speed limits, and lighting requirements, are detailed.

This section covers crucial safety distances: frontal safety distance (2-3 seconds for most, 50 meters for vehicles over 3500 kg) and specific distances in tunnels (100m/4 secs for light vehicles, 150m/6 secs for heavy vehicles). Lateral safety distance, particularly important for vulnerable road users like cyclists (1.5 meters), is also highlighted.

This segment explains generic speed limits for different vehicle types (turismos, motorcycles, buses, trucks, vans) on various interurban roads (motorways, dual carriageways, conventional roads) and urban roads (50, 30, or 20 km/h depending on lane configuration). Specific limits for hazardous goods transport, school transport, and special vehicles are also covered.

This section stresses the importance of always driving at an appropriate speed, regardless of generic limits. Drivers must adjust speed based on road conditions, traffic, weather, and the presence of vulnerable users. Situations requiring speed moderation (pedestrian crossings, intersections, bad weather, narrow roads) are listed.

This part details priority rules in various situations: at intersections (applying the right-of-way rule when unmarked), with pedestrians (crossings, sidewalks), cyclists (cycle paths, turning), animals (signaled areas like 'cañadas'), and emergency vehicles. Special scenarios in narrow passages and on inclines are also covered.

This segment introduces general rules for all driving maneuvers: observe, signal, and execute gradually. It discusses the use of mirrors (obligatory interior and left exterior, right exterior when visibility is limited), hand signals, and acoustic signals (horn) in different contexts.

This section explains how to safely enter traffic flow from a parked position, acceleration lane on motorways, private garages, or unpaved roads. It also highlights the obligation to facilitate the incorporation of buses from marked stops within urban areas.

This part explains the rules for overtaking: checking for sufficient space and clear intentions from other drivers. It specifies that overtaking is generally done on the left, with exceptions for overtaking on the right (e.g., when the vehicle ahead is turning left, in urban areas with marked lanes, or when overtaking trams). Special attention is given to overtaking vulnerable users like cyclists (maintaining 1.5m lateral distance).

This section lists situations where overtaking is prohibited, such as where signs or continuous lines forbid it, in areas with reduced visibility (e.g., crests, bends), at pedestrian or cyclist crossings, at level crossings, and in tunnels (with specific exceptions).

This segment covers rules for turning right and left, emphasizing lane positioning and ceding priority, particularly in two-way streets. It details techniques for safe left turns in 'L' shape. Prohibited turning situations due to visibility or signage are also mentioned. U-turns (cambio de sentido) are explained, including rules for execution and prohibited locations like motorways or dual carriageways, where distinct level changes are required.

This part differentiates between 'detention' (unvoluntary stop), 'stoppage' (voluntary stop under 2 minutes without leaving the vehicle), and 'parking' (voluntary stop over 2 minutes or leaving the vehicle). It specifies areas where stopping and parking are prohibited (yellow lines, crossings, bus lanes, disabled spots) and outlines correct procedures for parking on roads, including using the handbrake and appropriate gear selection in inclines, as well as using chocks for heavy vehicles.

This section introduces the hierarchy of traffic signs: agent signals > circumstantial/roadwork signals > traffic lights > vertical signs > horizontal/road markings. Examples demonstrate how to prioritize signals when conflicts arise, such as a green light with a stop sign.

This segment explains hand signals and directives from traffic officers, including vertical arm (stop for all approaching), extended arm (barrier), and arm movements for speed reduction. It also covers different flag signals and roadwork markings (cones, panels) that provide temporary instructions.

This part details various types of traffic lights: for vehicles (red, green, fixed yellow, flashing yellow acting as a yield sign), for pedestrians, for cyclists, and special lights for trams or bus-taxi lanes. Flashing red lights at level crossings are also covered. The meaning of green arrows and the responsibility to yield when turning are emphasized.

This section categorizes vertical signs, starting with triangular danger warning signs. These include warnings for intersections with priority, uncontrolled intersections (yield to the right), traffic lights, roundabouts, movable bridges, tram crossings, and level crossings (with or without barriers). Distance markers for level crossings are also explained.

Further danger warnings are covered in this segment: sharp curves, double curves, uneven road surfaces, speed bumps, dips, road narrowing, steep ascents/descents, roadworks, slippery roads, two-way traffic, pedestrian crossings, cycle paths, children's areas, elderly person areas, animal crossings, rockfalls, quay/river proximity, loose gravel, strong side winds, road shoulders, traffic congestion, obstacles, reduced visibility (fog, smoke, snow), and braided lanes (for simultaneous entry/exit).

This part focuses on priority signs: 'Yield' (Ceda el Paso), 'Stop' (with obligation to stop), 'Priority Road' (Calzada con prioridad), and signs regulating priority in narrow passages. It also clarifies that some danger signs (e.g., for intersections with priority) indirectly relate to right-of-way.

This segment covers circular signs with a red border indicating prohibitions: 'No Entry' (for specific directions or general), 'No Motor Vehicles,' 'No Motorcycles,' 'No Mopeds,' 'No Trucks/Vans.' Special attention is given to signs prohibiting vehicles based on current mass (masa en carga) versus maximum authorized mass (MMA) and axle load.

Further prohibition signs include those for hazardous goods, inflammable or explosive goods, water-contaminating goods (over 1000L), agricultural vehicles, animal-drawn vehicles, bicycles, handcarts, animals on horseback, pedestrians, personal mobility vehicles, and vehicles based on length, width, or height. Distances to be kept, 'No Stopping,' and 'No Parking' are reviewed, along with specific prohibitions like 'No U-Turn.' This section then introduces circular blue signs that indicate obligation, such as 'Mandatory Straight Ahead,' 'Mandatory Turn,' 'Mandatory Lane,' and specific mandatory lanes for cycles, mopeds, pedestrians, and personal mobility vehicles (emphasizing their exclusive nature).

This segment continues with blue circular signs indicating obligations like minimum speed, mandatory dipped headlights, use of snow chains/winter tires, seatbelt use, and specific toll payment methods. It clarifies the difference between 'mandatory' (blue circle) and 'reserved' (blue square) lanes for cyclists. Finally, it introduces square or rectangular signs, which provide information, advice, or suggestions, covering motorways, dual carriageways, tunnels, recommended speeds, one-way streets, pedestrian crossings, pedestrian bridges/tunnels, dead-end roads, emergency braking zones, parking, and specific services.

This section covers more information signs: service points, camping areas, viewpoints, hotels, restaurants, cafeterias, caravan parks, picnic areas, trekking starting points, youth hostels, information points, fishing areas, monuments, rest areas, parking types (near train, metro, bus stations), fuel/charging stations, natural parks, caravan waste disposal points, and emergency parking due to snow. It also explains pre-signaling for roundabouts and split roundabouts, and how to interpret directional signs on highways. The video introduces 'green zones' such as 'residence and play zones' (Zona de Estancia y Juegos), 'coexistence zones' (Zona de Coexistencia), and 'pedestrian zones' (Zona Peatonal), detailing vehicle restrictions, speed limits, and pedestrian priority within each.

This segment explains signs indicating various road types (motorways, national roads, regional roads with different levels indicated by color: orange, brown, yellow), along with kilometric and miriametric markers. It discusses road signs for entering/exiting populated areas and provinces/autonomous communities. Panels indicating geographical features and urban services (green, yellow, orange, brown, cardinal red, grey for industrial areas, blue for motorways, white for conventional roads) as well as complementary panels for danger commencement/duration, specific vehicle types, weather conditions, radar control, traffic light/stop control, aerial surveillance, and minimum distance control are covered.

This section begins with road markings, specifically white longitudinal lines. It explains the meaning of continuous lines (cannot be crossed, except for specific scenarios), double continuous lines, wider continuous lines (for special lanes like acceleration or bus lanes), and broken lines (can be crossed). It also discusses how closely spaced broken lines indicate an approaching continuous line or dangerous section, and the use of broken lines in bus lanes for right turns. Adhered lines (continuous next to broken) are also explained.

Further longitudinal markings include double broken lines for reversible lanes. Then, transversal markings are covered: continuous lines for 'Stop' (where to stop), broken lines for 'Yield' (where to stop if necessary), pedestrian crossings (including newer narrow-stripe versions and elevated crossings), and cyclist crossings. It emphasizes stopping before the crossing line, and the importance of leaving clear visibility zones around pedestrian crossings (3m or 6m depending on sidewalk position).

This segment covers words painted on the road ('STOP', 'CEDA'), speed limits painted on lanes, directional arrows for lane selection, arrows indicating lane endings or return to the right lane after overtaking. It also explains 'PN' (Paso a Nivel) markings for level crossings, cycle lane markings, bus lane markings ('BUS' or 'BUS-TAXI'), 'zebreados' (hatched areas indicating no entry or driving on), parking lines, edge lines, 'distance chevrons' (galones de distancia), yellow markings (zigzag, broken, continuous lines for 'No Parking'/'No Stopping'), and yellow crosshatch markings (not to stop on). Finally, red and white checkered markings for emergency braking zones are introduced, along with 'dragon's teeth' and broken lines designed to reduce speed.

This section explains various vehicle lights: position lights (white front, red rear, for visibility, never alone while driving), dipped headlights (short beam/cruce, for night, adverse conditions, tunnels, special lanes), main beam headlights (long beam/carretera, for night outside urban areas above 40 km/h, avoiding dazzling), indicator lights (turn signals), emergency lights (hazards), brake lights, and reversing lights. It also discusses light rules for parked vehicles in poorly lit areas and for vehicles stopped due to emergency (hazards + position lights at night).

This segment covers specific lighting elements like clearance lights (gálibo, for wide vehicles over 2.10m) and retro-reflectors. A detailed explanation of front and rear fog lights is provided. Front fog lights are optional and can be used with fog, heavy rain/snow, or on narrow winding roads. Rear fog lights are mandatory and used only in very adverse conditions (dense fog, heavy snow, very heavy rain) due to their dazzling effect.

This section focuses on transporting people: passengers must be seated, children require appropriate restraint systems based on height/weight. Children under 1.35m must ride in the rear seats unless specific exceptions apply. Seatbelt use is mandatory everywhere, with exceptions for certain professionals (delivery drivers on short routes, emergency services, taxi drivers, driving instructors) within urban areas, and for reversing maneuvers or with a medical certificate. Motorcycle and moped riders/passengers must always wear helmets (with rare exceptions). Cyclists outside urban areas must wear helmets, and those under 16 always. Transporting children on bicycles is also addressed.

This part covers rules for transporting goods: loads must be well secured and distributed, not obstructing visibility. Unloading should occur from the side closest to the road edge, and loads should not be left on sidewalks or roadways. It details rules for load overhang: for trucks and vans, up to 1/3 of the vehicle length front and rear for vehicles up to 5m, or 2m front and 3m rear for vehicles over 5m (provided total length doesn't exceed 12m). For other vehicles (cars, buses), overhang is only permitted at the rear, 10% for divisible loads or 15% for indivisible loads. Lateral overhang is also permitted up to 40cm per side for trucks/vans (max 2.55m width), and up to 50cm per side for vehicles under 1m width (mopeds/motorcycles).

This segment explains how to signal overhanging loads (white and red panel, with white light front and red light rear at night). It also covers various special signs for vehicles: slow-moving vehicle triangle, long vehicle plates, public service (SP), school transport, hazardous goods (orange plate with numbers), novice driver 'L' plate, disabled person's 'P' plate, ITV sticker, and blind spot warning stickers for large vehicles.

This section details the frequency of Vehicle Technical Inspections (ITV) for different vehicle types. For cars (turismos): first inspection at 4 years, then every 2 years until 10 years, and annually thereafter. For motorcycles: first inspection at 4 years, then every 2 years. For light commercial vehicles (trucks/vans up to 3500 kg): first at 2 years, then every 2 years until 6 years, annually until 10 years, and semi-annually (every 6 months) thereafter. For heavy trucks (over 3500 kg): first annually until 10 years, then semi-annually. It explains the outcomes of an ITV (favorable, unfavorable, negative) and where to place the ITV sticker on the windshield.

This part covers required documentation for vehicles: circulation permit (permiso de circulación) for automobiles and heavy trailers (>750kg), and the ITV card (tarjeta de ITV) for most motor vehicles and all trailers. Mandatory third-party liability insurance is also discussed, including what it covers (physical and material damages to third parties but not the at-fault driver's own injuries) and the use of the amicable claims form. For drivers, the required document is the driving license (permiso de conducir), and its renewal process (every 10 years until age 65, then every 5 years) is explained. The temporary 'L' plate for novice drivers (1 year) and the digital license (MiDGT app) are also mentioned.

This segment details different types of driving licenses (AM for mopeds, A1, A2, A for motorcycles, B for cars, C1/C for trucks, D1/D for buses, E for heavy trailers). It specifies what can be driven with a B license (automobiles up to 3500kg and 9 seats, mopeds, light agricultural vehicles, and after 3 years, A1 motorcycles). The point system for driving licenses is explained: initial 8 points for novice drivers, increasing to 12 after 2 years without infractions, and potentially to 15 with additional good driving periods. Consequences of losing points and how to recover them (partial recovery courses or full recovery after license suspension) are also covered.

This topic stresses the severity of traffic accidents as a global health issue, highlighting their significant social costs (material, healthcare, administrative, human). It introduces the three main factors contributing to accidents: human (70-90% of cases), vehicle, and road/environment. The preventability of accidents is emphasized. Statistics on common accident locations (straights over curves) and times (holidays, rush hour) are presented. Vulnerable groups (young drivers, elderly drivers, motorcyclists, cyclists, pedestrians, electric scooter users) are identified and the reasons for their vulnerability outlined.

This section delves into human factors affecting driving. Excessive speed reduces reaction time, information processing, and increases accident severity. The 'tunnel effect' (reduced peripheral vision at high speed) is described. It explains reaction time, reaction distance, braking distance, and total stopping distance, clarifying how factors like alcohol, drugs, fatigue, and distractions increase reaction time and thus overall stopping distance. Fatigue and drowsiness are discussed as significant risks, advocating for regular breaks. Illness and medication are also identified as factors that can impair driving ability.

This segment continues with human factors: heat affecting driver fatigue, and distractions (physical, visual, cognitive) like mobile phone use, eating, drinking, or talking to passengers. Mobile phone use is highlighted as a major cause of accidents, leading to reduced attention, more errors, poor speed control, and trajectory deviations. Alcohol is extensively covered: its effects on perception, reaction time, judgment, and coordination, leading to false sense of security and increased impulsivity. Factors influencing blood alcohol content (BAC) are listed (empty stomach, weight, sex, age, quantity/type/speed of consumption).

This part debunks common myths about reducing BAC (exercise, chewing gum, coffee). It specifies who is obliged to undergo alcohol tests (drivers involved in accidents/infractions, during preventive checks; pedestrians only if involved in accidents). Maximum BAC limits in Spain are detailed for air (mg/L) and blood (g/L): 0.15 mg/L air for novice/professional drivers, 0.25 mg/L air for others. For minors, the limit is 0.0 mg/L. Driving under the influence of drugs is strictly prohibited, with a 0.0 tolerance. Certain offenses are categorized as criminal offenses (delito penal), such as exceeding speed limits by a significant margin (60km/h in urban, 80km/h in interurban), BAC over 0.60 mg/L, driving under drug influence, refusing tests, or driving without a valid license.

This segment covers the vehicle factor, starting with proper ergonomics: correct seating position, pedal reach, and steering wheel grip (10 and 2 o'clock). It describes the function of pedals in a car (accelerator, brake, clutch) and controls on a motorcycle (right side for acceleration/front brake, left side for clutch/gear changes, right foot for rear brake).

The video explains active safety elements (designed to prevent accidents), including tires (tread depth, pressure, condition checks, changing a flat tire procedure), brakes (disc, drum, overheating, ABS preventing wheel lock-up), suspension (maintaining wheel contact with road), steering, and lights (adaptive lighting). Passive safety elements (minimizing harm after an accident) are then covered: chassis/bodywork (crumple zones), tempered/laminated glass, seat belts, airbags (as a complement to seat belts), child restraint systems (ISOFIX), headrests (preventing whiplash), and helmets.

This part covers preventive safety elements (e.g., windshield wipers, defogging, vehicle ergonomics and accessible controls). It then introduces Advanced Driver-Assistance Systems (ADAS), which are aids to driving that can be temporarily or permanently disconnected. Various ADAS systems are explained: TPMS (Tire Pressure Monitoring System), AEB (Autonomous Emergency Braking), automatic lighting, automatic wipers, RCTA (Rear Cross Traffic Alert for reversing), DDR (Driver Drowsiness Recognition), ADR (Attention Distraction Recognition), BSIS (Blind Spot Information System), LDW (Lane Departure Warning). It also covers LKA (Lane Keeping Assist, which actively steers the vehicle), Start-Stop (engine shutdown at idle), Hill Holder (hill start assist), rearview cameras, 360-degree cameras, EBD (Electronic Brakeforce Distribution for emergency braking, signaling with flashing brake lights), SLI/ISA (Intelligent Speed Adaptation), EDR (Event Data Recorder, like a black box), TSR (Traffic Sign Recognition), and eCall (emergency call system). Finally, ADAS Aftermarket (non-safety-critical ADAS that can be added to older vehicles) is mentioned.

This section covers the road and environment factors: adherence (tire-road contact), curves (braking before, accelerating after), sun glare, wind (especially side wind and screen effect from large vehicles), rain (reduced visibility, aquaplaning risk, reduced braking distance). Aquaplaning is explained as loss of tire grip due to water on the road, with advice to avoid braking and gently lift off the accelerator. Factors influencing aquaplaning (tire condition, water quantity, speed, tire pressure) are highlighted. Fog (reduced visibility and adherence), and snow/ice (using long gears, gentle acceleration/braking, driving on tire tracks, using chains on driving wheels) are also discussed.

This segment explains the legal and ethical obligation to help or call for help in an accident. It details the PAS rule: Protect (yourself and the scene with reflective vest, warning triangles, hazard lights), Alert (call 112, providing precise location and accident details), and Succor (provide aid without moving the injured, unless absolutely necessary, and without removing helmets from motorcyclists). First aid notions like assessing consciousness, breathing, and pulse are explained. The lateral recovery position for unconscious but breathing victims, CPR for non-breathing victims, controlling hemorrhages, and managing impaled objects (not removing them) are covered. The 'anti-shock' position for victims in shock is also introduced. The importance of carrying a first-aid kit is mentioned.

This part provides a basic overview of vehicle mechanics, starting with how an internal combustion engine works (four-stroke cycle: intake, compression, power, exhaust) within cylinders and pistons. Key systems are described: fuel supply (tank, pump, filter, injectors), air intake (air filter, crucial for proper combustion and avoiding black smoke from exhaust), exhaust system (manifold, catalytic converter for emissions reduction, muffler for noise reduction), lubrication system (engine oil, dipstick check: cold engine on level ground, between min/max marks), cooling system (coolant, radiator, cooling fan), electrical system (battery, alternator, starter motor for ignition), and illumination system (headlight adjustment). The transmission system (clutch, gearbox, drive shafts to wheels, distinguishing front-, rear-, and all-wheel drive) is also briefly explained.

This segment details mandatory accessories for vehicles: a reflective vest, an emergency V16 light (replacing triangles from 2026), and a spare wheel with tools or a tire repair kit. Fire extinguishers are mandatory for heavy vehicles and trailers. It then transitions to driving techniques, starting with 'preventive driving,' based on principles of vision (looking far, scanning, using mirrors, checking blind spots), anticipation (predicting hazards), and space management (maintaining adequate frontal, lateral, and rear safety distances). Frontal distance is stressed: 2-3 seconds generally, more in adverse conditions, and specific distances in tunnels.

This final part focuses on 'efficient driving,' which reduces fuel consumption and emissions while increasing safety and comfort. Key practices include smooth acceleration and braking, using high gears to keep RPM low (1300-2000 for diesel, 2000-2500 for petrol), turning off the engine during long stops, maintaining proper tire pressure, and removing unused roof racks. The video then explains Spain's environmental labels (distinctivos ambientales) for vehicles: Zero (fully electric, hydrogen, long-range plug-in hybrids), ECO (shorter-range plug-in hybrids, LPG/CNG vehicles), C (newer petrol/diesel cars), and B (older petrol/diesel cars). Vehicles without a label (older than 2000 for petrol, 2006 for diesel) are the most polluting. The placement of the environmental sticker (bottom right of windshield) and an additional 'car-sharing' sticker (not environmental) are also covered. The video concludes with practice questions on environmental labels.