Exploringvehicles that seat 6 and their practical advantages

Types and Categories of 6-Seater Vehicles

Primary Classifications of 6-Seater Vehicles

Compact vs. Full-Size 6-Seater Vehicles: Key Trade-Offs

• Dimensions and Maneuverability
  Compact 6-seaters (e.g., Kia Sorento compact trims, Subaru Crosstrek Hybrid) typically measure under 185 inches in length, offering tighter turning radii (e.g., 35–37 feet) and easier parallel parking. Full-size models (e.g., Toyota Sienna, Hyundai Palisade) exceed 190 inches in length, with turning radii of 38–42 feet, requiring more space for navigation.
• Fuel Efficiency
  Compact SUVs and sedans lead in fuel economy, with combined EPA ratings ranging from 22–28 MPG (e.g., Mazda CX-5 Touring, Hyundai Sonata Hybrid). Full-size minivans and SUVs average 18–24 MPG combined, though hybrid variants (e.g., Chrysler Pacifica Hybrid) achieve 30–36 MPG combined by offsetting larger size with electric assist.

• Compact models prioritize maneuverability over rear legroom, often sacrificing 2–4 inches of rear seat space (e.g., 36–38 inches vs. 40–42 inches in full-size models). Full-size vehicles, however, may compromise fuel efficiency and parking ease for expanded cargo areas (e.g., 15–20 cubic feet more behind the 3rd row).

• Cargo Space and Versatility
  Full-size 6-seaters dominate in cargo utility, with minivans like the Chrysler Pacifica offering 16.9 cubic feet behind the 3rd row (expandable to 141.7 cubic feet with seats folded). Compact SUVs (e.g., Toyota RAV4 Adventure) provide 18.3–37.6 cubic feet, but with less flexibility for bulky items. Minivans also feature sliding doors and modular seating, a rarity in SUVs.
• Target Demographics
  Compact 6-seaters appeal to urban families, dual-income households, and eco-conscious buyers seeking efficiency. Full-size variants attract large families, outdoor enthusiasts, or those prioritizing cargo capacity (e.g., REI gear, strollers, or sports equipment). Hybrid minivans (e.g., Toyota Sienna Hybrid) bridge the gap by combining full-size utility with near-compact fuel economy.

Niche 6-Seater Categories and Specialized Applications

• Electric 6-Seaters
  Electric vehicles (EVs) in the 6-passenger
  

  Seating Configurations and Ergonomics in 6-Seater Vehicles

  The ergonomic design of seating in 6-seater vehicles directly influences passenger comfort, safety, and overall travel experience. Proper evaluation of rear-seat dimensions, seating flexibility, and adjustable features ensures optimal usability for families, groups, or long-distance trips. This section provides a structured approach to assessing seating configurations, including standardized measurements for comfort, comparative analysis of seating layouts, and an overview of modern adjustable technologies that enhance adaptability.
  

  Evaluating Rear-Seat Comfort: Key Measurements and Standards

  Rear-seat comfort in 6-seater vehicles depends on three primary dimensions: legroom, headroom, and hip space. These measurements determine whether passengers—particularly adults—can sit comfortably without physical restriction. Industry standards and real-world testing provide benchmarks for minimum acceptable dimensions, though premium vehicles often exceed these to accommodate taller or larger passengers.
  

  Minimum Recommended Rear-Seat Dimensions for Adult Passengers (in inches):
  

  Legroom (front-to-back): 39–42 inches (measured from the back of the front seat to the front of the rear seat).

  Headroom (vertical): 37–40 inches (measured from the seat cushion to the ceiling or headliner).

  Hip Space (width): 18–20 inches (measured at the widest point of the seat).

To assess these dimensions accurately:
1. Legroom: Measure from the back of the front seat (where the passenger’s thigh would rest) to the front edge of the rear seat cushion. Account for seatback thickness if the front seats are reclined.
2. Headroom: Measure from the top of the rear seat cushion to the lowest point of the headliner or roof lining, ensuring no obstruction for passengers wearing hats or helmets.
3. Hip Space: Measure the width of the rear seat at the widest point (typically at the hip level). Narrower seats may cause discomfort for larger passengers or those sitting side-by-side.


Note: Dynamic measurements (e.g., legroom with knees bent) should also be considered, especially for vehicles with flat-folding seats or sliding mechanisms.

Front-to-Back Seating Flexibility: 2+3 vs. 3+3 Configurations

The arrangement of seats in 6-seaters significantly impacts versatility, cargo capacity, and passenger comfort. The two most common layouts—2+3 (two front seats and three rear seats) and 3+3 (three seats in each row)—offer distinct advantages and trade-offs. Real-world examples, such as the Toyota Sienna (3+3) and Honda Odyssey (2+3), illustrate how these configurations cater to different use cases.


Comparison of 2+3 and 3+3 Seating Layouts:

Feature	2+3 Layout (e.g., Honda Odyssey)	3+3 Layout (e.g., Toyota Sienna)
Primary Use Case	Families prioritizing rear-seat comfort and cargo flexibility (e.g., strollers, luggage).	Families or groups needing equal seating capacity in both rows (e.g., carpooling, road trips).
Rear-Seat Legroom	Typically longer (39–42 inches) due to fewer passengers sharing space.	Often shorter (36–39 inches) unless equipped with sliding/reclining seats.
Cargo Space	Superior with all seats folded (longer flat load floor).	Reduced cargo capacity with all seats up, but some models offer removable seats for expansion.
Middle Seat Access	Easier access to the middle rear seat from the side (no center console obstruction).	Middle rear seat may require climbing over front seats; center console can limit movement.
Passenger Flexibility	Less adaptable for mixed-height passengers (e.g., adults + children).	Better for groups with varying statures (e.g., captain’s chairs in some models).
Safety Considerations	Front-row passengers may experience less side-impact protection if the middle rear seat is occupied.	Even weight distribution across three front seats can improve stability in dynamic maneuvers.

Pros and Cons of Each Configuration:

- 2+3 Layout:


• Advantages:
• Superior rear legroom for adults, reducing fatigue on long trips.
• Easier cargo loading with a longer flat floor when rear seats are folded.
• Better middle seat access for children or smaller passengers.
• Disadvantages:
• Limited front-row seating may exclude a third passenger in urban driving.
• Less balanced weight distribution in the front, potentially affecting handling.

- 3+3 Layout:


• Advantages:
• Equal seating capacity in both rows, ideal for carpooling or group outings.
• More stable weight distribution with three passengers in the front.
• Potential for captain’s chairs in the rear, enhancing comfort for mixed-height groups.
• Disadvantages:
• Shorter rear legroom unless equipped with adjustable seats, which may discomfort taller passengers.
• Narrower middle rear seat in some models, limiting hip space for larger adults.
• Reduced cargo space with all seats occupied, requiring seat removal for bulky items.

Real-World Example:
The Honda Odyssey (2+3) excels in rear-seat comfort with 41 inches of legroom (per manufacturer specs) and a Magic Slide® second-row seat that glides 18 inches forward to accommodate cargo or passengers. In contrast, the Toyota Sienna (3+3) offers 38 inches of rear legroom but includes captain’s chairs in the second row, which can be removed to expand cargo space. The Sienna’s three-row seating also provides better weight balance for highway stability.


Adjustable Seating Technologies in Modern 6-Seaters

Modern 6-seater vehicles incorporate advanced seating technologies to enhance comfort, flexibility, and functionality for diverse passenger needs. These features are particularly valuable for families, road trips, or adaptive use cases such as transporting medical equipment or sports gear. Below are key adjustable technologies, their functionalities, and practical applications.

Sliding Rear Benches
Sliding rear benches allow the second-row seat to move forward or backward, effectively adjusting legroom for passengers or creating additional cargo space. This feature is essential for vehicles where rear-seat comfort and cargo flexibility are prioritized.


• Functionality: The seat track system enables smooth, incremental movement (typically 10–20 inches) without tools. Some models integrate electric sliding mechanisms for effortless adjustment.
• Impact on Travel: Ideal for families transporting strollers, luggage, or sports equipment. For example, the Kia Telluride offers a second-row seat that slides 15 inches forward, increasing rear legroom from 38 to 45 inches or expanding cargo space by 19 cubic feet.
• Considerations: Sliding seats may reduce structural rigidity if over-extended, and some models require manual locking to prevent movement during transit.

Reclining Seats
Reclining seats adjust the angle of the seatback to improve comfort during naps, long drives, or entertainment. In 6-seaters, this feature is often available in the second row to accommodate passengers of varying ages.


• Functionality: Electric or manual reclining mechanisms tilt the seatback between 10° and 45° (or more in premium models). Some systems include lumbar support adjustments or memory presets for personalized comfort.
• Impact on Travel: Critical for road trips with children or elderly passengers who require reclining for naps. The Chrysler Pacifica offers second-row reclining seats with 10° of adjustment, while the Mercedes-Benz V-Class provides 45° reclining in the rear.
• Considerations: Excessive reclining may reduce headroom for passengers in the row behind, and some models limit reclining when the seat is in the forward position.

Captain’s Chairs
Captain’s chairs (individual rear seats with high backs and armrests) replace traditional bench seats, offering superior comfort, adjustability, and safety for passengers. This configuration is common in 3+3 layouts and luxury 6-seaters.


• Functionality: Each chair includes adjustable headrests, lumbar support, and sometimes reclining or heating/cooling. Some models allow chairs to be removed entirely to expand cargo space.
• Impact on Travel: Enhances comfort for mixed-height groups (e.g., adults and children) and improves safety with individual seatbelts and side-impact protection. The Toyota Sienna’s captain’s chairs can be removed to create a 69-inch-wide cargo area, while the Volvo XC90 offers heated and ventilated captain’s chairs in



Performance and Practicality for Groups in 6-Seater Vehicles

The selection of a 6-seater vehicle involves balancing performance capabilities with the practical needs of accommodating six passengers while ensuring efficient cargo management. Acceleration, braking, and handling characteristics vary significantly between sedan and SUV configurations, directly influencing daily usability and long-distance comfort. Meanwhile, cargo and storage solutions—such as under-seat compartments, roof racks, and foldable seating—determine a vehicle’s adaptability for road trips, family outings, or urban commutes. Fuel efficiency in these larger vehicles remains a critical consideration, with hybrid, diesel, and turbocharged powertrains offering distinct trade-offs between capacity and consumption.

Performance metrics and real-world utility define how well a 6-seater vehicle meets the demands of group travel and daily errands. While sedans prioritize agility and fuel economy, SUVs emphasize space and versatility, often at the expense of efficiency. Below, a comparative analysis highlights these distinctions, followed by an exploration of cargo solutions and fuel-efficient models tailored for group transportation.


Performance Comparison: 6-Seater Sedans vs. SUVs

The following table contrasts acceleration, braking, and handling characteristics of a representative 6-seater sedan (Chrysler 300) and SUV (Kia Telluride), incorporating manufacturer-specified metrics and real-world implications for group travel.


Metric	Chrysler 300 (Sedan)	Kia Telluride (SUV)	Real-World Implications
0-60 mph Acceleration (0-96 km/h)	5.8 seconds (3.7L V6)	7.2 seconds (3.8L V6)	The Chrysler 300’s sedan chassis delivers quicker acceleration, beneficial for highway merging and urban responsiveness. The Telluride’s heavier mass and higher center of gravity result in slower pickup, though its torque (291 lb-ft vs. 260 lb-ft) aids in towing and off-road scenarios.
Braking (60-0 mph)	128 feet (40 meters)	145 feet (44 meters)	Sedans generally exhibit shorter braking distances due to lower weight and better weight distribution. The Telluride’s longer stopping distance reflects its SUV-specific tuning, which prioritizes stability over pure braking performance. Electronic stability control (ESC) in both models mitigates oversteer/understeer but is more critical in the Telluride.
Handling and Steering Response	Precision steering (11.5:1 ratio), minimal body roll	Power steering (14.8:1 ratio), moderate body roll	The Chrysler 300’s sedan platform offers sharper steering feedback and tighter turning radius (36.1 ft vs. 40.7 ft), ideal for city driving and parking. The Telluride’s wider track width and taller stance improve off-road articulation but reduce maneuverability in tight spaces. Its variable-assist steering adapts to speed, enhancing highway stability.
Fuel Economy (EPA Combined)	20 MPG (gasoline)	21 MPG (gasoline)	Despite similar EPA ratings, the sedan’s aerodynamic efficiency (0.29 Cd vs. 0.35 Cd) translates to better real-world economy. The Telluride’s larger frontal area and weight (4,150 lbs vs. 3,800 lbs) offset some gains from its 8-speed automatic transmission. Hybrid variants (e.g., Toyota Highlander) bridge this gap with 38 MPG combined.
Towing Capacity	N/A (rear-wheel drive)	5,000 lbs (AWD)	The Telluride’s AWD system and heavy-duty suspension make it suitable for towing trailers or boats, a limitation absent in the sedan. This capability expands utility for families with recreational needs but adds to operational costs (e.g., maintenance, fuel).

Key Trade-offs:

• Sedans excel in fuel efficiency, parking ease, and urban agility but lack cargo flexibility and towing ability.
• SUVs prioritize space, payload capacity, and off-road readiness, often compromising efficiency and handling precision.
• Hybrid models (e.g., Toyota Highlander Hybrid) mitigate efficiency losses by combining electric assist with larger capacity, achieving up to 38 MPG combined while seating seven.

Cargo and Storage Solutions in 6-Seater Vehicles

Efficient cargo management is essential for 6-seater vehicles, which must accommodate passengers, luggage, and daily essentials without sacrificing comfort. Below is a text-based visualization of common storage features, categorized by accessibility and versatility.

Under-Seat Compartments:


• Located in the rear footwells, these compartments typically hold 1.1–2.2 cubic feet of space, ideal for storing shoes, umbrellas, or small tools.
• Example: The Kia Telluride offers 2.2 cu. ft. under each rear seat, accessed via hinged panels. The Chrysler 300 provides 1.1 cu. ft. under the rear seats, secured with latches.
• Use Case: Quick access to frequently used items during road trips or errands, reducing the need to open the trunk.

Trunk/Cargo Area:


• Sedans: The Chrysler 300’s trunk measures 16.1 cu. ft. (expandable to 47.1 cu. ft. with seats folded), with a 34.1-inch height—sufficient for suitcases but tight for bulky items.
• SUVs: The Telluride’s cargo space is 21.9 cu. ft. behind the third row (expandable to 87.1 cu. ft.) and 38.7 cu. ft. behind the second row (expandable to 105.7 cu. ft.). The height (41.3 inches) allows upright storage of strollers or coolers.
• Visual Layout:

[SUV Trunk Layout]
+-------------------------------------+
| [Third Row Seats] |
| |
| [21.9 cu. ft. cargo] |
| +---------------------+ |
| | [Under-Floor Storage] | |
| +---------------------+ |
| |
+----------+-------------------------+
|
[Second Row Fold-Flat] → Expands to 87.1 cu. ft.

Roof Racks and Cargo Carriers:


• SUVs (e.g., Honda Pilot, Kia Telluride) often include factory-installed roof rails rated for 100–150 lbs, compatible with crossbars for kayaks, bikes, or luggage.
• Sedans require aftermarket roof racks (e.g., Thule) due to limited factory support, adding 1–3 cu. ft. of external storage but increasing aerodynamic drag.
• Use Case: Roof racks extend cargo capacity for outdoor activities (e.g., camping) but may reduce fuel economy by 1–3 MPG at highway speeds.

Foldable and Sliding Seats:


• Third-Row Seating: SUVs like the Toyota Highlander and Kia Telluride offer 60/40 split-folding third rows, creating a flat load floor for large items (e.g., skis, furniture).
• Second-Row Folding: Sedans like the Chrysler 300 lack third-row seating but provide 60/40 fold-flat rear seats, maximizing trunk space for 47.1 cu. ft. of cargo.
• Sliding Second Row: Models like the Volvo XC90 feature sliding rear seats, adjusting the cargo area from 20.6 cu. ft. to 74.1 cu. ft. without folding seats.

Hidden Storage and Tech Integration:


• Door Pockets: Most 6

Safety Features for Passenger Protection in 6-Seater Vehicles

Advanced safety technologies in 6-seater vehicles prioritize occupant protection, particularly for rear passengers who are statistically more vulnerable in collisions due to their positioning and size. These systems integrate passive and active safety measures, leveraging sensor fusion, AI-driven alerts, and structural reinforcements to reduce injury risks. The following sections detail key technologies, crash-test evaluation methodologies, and engineering innovations that enhance rear-seat safety, supported by real-world implementations.


Advanced Safety Technologies for Rear Occupant Protection

Modern 6-seater vehicles incorporate a suite of safety features designed to mitigate risks for rear passengers, often overlooked in standard safety assessments. Below is a responsive table summarizing critical technologies, their operational mechanisms, and their impact on safety ratings, with a focus on rear-seat protection.


Feature Name	How It Works	Safety Rating Impact
Rear-Seat Reminder with Occupant Detection	Uses weight sensors or camera-based systems to detect unbuckled rear passengers. Triggers audible/visual alerts and may prevent vehicle movement if occupants are detected without seatbelts. Example: Toyota Safety Sense P with rear-seat alert integrates with the vehicle’s infotainment system to display warnings on the center screen.	Increases compliance with seatbelt use by up to 40% (studies by IIHS). Contributes to higher Euro NCAP "child occupant protection" scores.
Blind-Spot Monitoring with Rear-Cross Traffic Alert	Radar or camera sensors detect vehicles in blind spots, including those adjacent to rear doors. Provides real-time warnings via dashboard alerts or steering wheel vibrations to avoid collisions during lane changes or parking. Example: Mercedes-Benz PRE-SAFE Impulse with rear-seat side airbag activation in case of detected side-impact risk.	Reduces rear-seat collision risks by 30% (NHTSA data). Enhances "vulnerable road user" ratings in Euro NCAP.
Adaptive Cruise Control (ACC) with Rear-Sensor Integration	Maintains safe following distances using rear-mounted sensors, adjusting speed to avoid rear-end collisions. Some systems (e.g., Tesla Autopilot) include "emergency braking" for rear passengers if sudden stops are detected.	Improves rear-seat occupant protection in low-speed impacts (IIHS "good" rating for rear-crash avoidance). Contributes to higher Insurance Institute for Highway Safety (IIHS) Top Safety Pick+ awards.
Rear-Seat Side Airbags	Deployable airbags in rear outboard seats inflate during side-impact collisions, reducing risk of head or chest injuries. Often paired with reinforced seatbelts and energy-absorbing seat structures. Example: Volvo’s "City Safety" system includes rear-seat side airbags with dual-stage deployment for varying impact severities.	Enhances Euro NCAP "side impact protection" scores by up to 20%. Critical for vehicles with high rear-seat occupancy (e.g., SUVs, minivans).
Rear-Seat Head Restraints with Whiplash Protection	Adjustable, energy-absorbing headrests reduce whiplash risk in rear-end collisions. Some models (e.g., Subaru) feature "load-limiting" seatbelts that extend slightly during impact to minimize force.	Improves IIHS "rear crash protection" ratings. Mandatory in Euro NCAP for vehicles with rear seats.
Rear-Seat Belt Pretensioners with Force Limiting	Electronic seatbelt systems tighten restraints during collisions while limiting peak force to protect occupants. Often integrated with load sensors to adjust tension based on passenger weight.	Reduces rear-seat injury severity by 50% in frontal crashes (NHTSA data). Contributes to 5-star ratings in Euro NCAP.
Rear-Seat Occupant Classification System	Uses weight sensors or AI cameras to classify rear passengers (e.g., child, adult, or unoccupied). Adjusts airbag deployment and seatbelt tension accordingly. Example: BMW’s "Rear Seat Occupant Detection" disables side airbags if a child is detected in a rear seat.	Critical for child safety; improves Euro NCAP "child occupant protection" by 15%.

Evaluating Crash-Test Ratings for Rear-Seat Occupants

Crash-test ratings for 6-seater vehicles must account for the unique vulnerabilities of rear passengers, whose protection is often secondary in standard assessments. Below is a step-by-step methodology to cross-reference ratings with seating position data, ensuring comprehensive safety evaluation.

Step 1: Identify Relevant Crash-Test Protocols
Crash-test organizations provide seating-specific data, though not always explicitly. Key sources include:


• Euro NCAP: Publishes "rear seat occupant protection" scores under "child occupant protection" and "adult occupant protection" sections. Focus on:
• Side-impact tests with rear-seat dummies (e.g., 12-month-old child, 3-year-old child, and adult).
• Whiplash protection in rear-end collisions (measured via neck injury criteria).
• NHTSA: Offers "small overlap frontal" and "side impact" test results, with rear-seat dummy data available in supplementary reports.
• IIHS: Provides "rear crash protection" and "side impact protection" ratings, including rear-seat belt and head restraint evaluations.

Step 2: Extract Seating Position-Specific Data
Use the following cross-referencing approach:
1. Frontal Crashes:


• Locate NHTSA’s "small overlap frontal" test videos (e.g., NHTSA.gov) and note rear-seat dummy positioning (typically 12" from side door).
• Check Euro NCAP’s "adult occupant protection" scores for rear outboard seats in frontal impacts.
2. Side Impacts:

• Review Euro NCAP’s side-impact test results, filtering for rear-seat dummy readings (e.g., chest deflection, head injury criteria).
• Compare with IIHS’s "side impact protection" ratings, which include rear-seat belt and head restraint performance.
3. Rear-End Collisions:

• Access Euro NCAP’s whiplash protection data, focusing on rear-seat head restraint evaluations.
• Cross-reference with IIHS’s "rear crash protection" scores, which test rear-seat occupant response to impacts.

Step 3: Apply Weighted Scoring for Rear Occupants
Assign higher importance to rear-seat metrics using a weighted system:


• Child Occupant Protection (Euro NCAP): 40% weight (critical for minivans/SUVs).
• Rear-Seat Belt Performance (IIHS): 30% weight (focus on load-limiting and pretensioners).
• Side Impact Protection (Euro NCAP/NHTSA): 20% weight (rear outboard seats prioritized).
• Whiplash Protection (Euro NCAP): 10% weight (relevant for high-riding vehicles).

Example Calculation:
For a vehicle with:


• Euro NCAP rear-seat child protection: 85% (40% × 0.85 = 34 points),
• IIHS rear-seat belt rating: "Good" (30% × 0.9 = 27 points),
• Euro NCAP side impact (rear): 78% (20% × 0.78 = 15.6 points),
• Whiplash protection: "Good" (10% × 0.8 = 8 points),
Total Adjusted Rear-Se

Selecting a vehicle that seats six passengers involves weighing practical considerations like seating configurations, cargo solutions, and safety innovations against performance expectations. From the maneuverability of compact sedans to the off-road capability of full-size SUVs, each category addresses distinct use cases, whether for daily commutes or extended family travel. Advanced features such as adaptive seating systems and rear-seat reminders further enhance usability, while crash-test data ensures passenger protection remains a priority. Ultimately, the ideal six-seater aligns with individual needs—balancing space, efficiency, and technology to deliver a seamless experience for all occupants.

FAQ

What are some vehicles that can seat six or more passengers?

SUVs like the Toyota Highlander (7-8 seats) or Kia Telluride (7-8 seats), minivans such as the Honda Odyssey (7-8 seats), and large sedans like the Tesla Model X (7 seats) fit this category. Trucks like the Ford F-150 SuperCrew (6+ with extended cabs) also accommodate six or more.

Which vehicles are designed to seat exactly six people?

The Toyota Sienna (6-7 seats), Chrysler Pacifica (6-7 seats), and Volvo XC90 (6-7 seats) are common choices. Some SUVs like the Jeep Grand Cherokee (5-7 seats) can seat six with optional third-row seating, but standard configurations often prioritize comfort over exact passenger counts.

What are the best vehicles that can seat six adults comfortably?

The Mercedes-Benz GLE (6-7 seats with premium space), Volvo XC90 (spacious third row), and Lincoln Aviator (adjustable seating) offer the most legroom and comfort for six adults. Minivans like the Toyota Sienna also excel in comfort for taller passengers.

Which vehicles that seat six people also have good gas mileage?

The Honda Odyssey (26-33 MPG combined) and Toyota Sienna (25-33 MPG combined) lead among minivans. SUVs like the Hyundai Palisade (21-28 MPG) or Kia Sorento Hybrid (30-33 MPG) balance seating and efficiency better than most full-size SUVs.

What vehicles provide the most comfortable seating for six passengers?

The Volvo XC90 (luxury materials, quiet cabin), Mercedes-Benz GLS (adaptive air suspension), and Cadillac Escalade (premium upholstery) prioritize comfort. The Toyota Highlander Hybrid also offers smooth rides with efficient seating for six.

Are there vehicles that can seat six or eight passengers?

Yes—minivans like the Honda Odyssey (7-8 seats) and Chrysler Pacifica (6-7 seats) are standard choices. SUVs such as the Toyota Highlander (7-8 seats) or Kia Telluride (7-8 seats) also fit this range, while some trucks (e.g., Ford F-150 SuperCrew) can seat six with extended cabs.

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