2016 chevy trax dimensions overview key specifications

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2016 chevy trax dimensions
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The 2016 Chevrolet Trax represents a pivotal entry in the subcompact SUV segment, blending urban practicality with off-road adaptability through its meticulously engineered dimensions. Designed to cater to budget-conscious buyers and city dwellers, this model balances cargo versatility with passenger comfort, offering a compact footprint that maximizes maneuverability without compromising functionality. Its specifications—from exterior measurements to interior space utilization—reflect Chevrolet’s commitment to addressing the evolving needs of modern drivers, particularly those navigating congested urban environments or requiring occasional off-road capability.

Understanding the Trax’s dimensional attributes is essential for assessing its real-world performance, whether for daily commutes, weekend adventures, or aftermarket modifications. This analysis explores how its length, height, and wheelbase influence fuel efficiency, cargo capacity, and driving dynamics, while also examining the trade-offs inherent in its design. By comparing these specifications to competitors and evaluating owner experiences, a clearer picture emerges of the Trax’s role in the competitive subcompact SUV market.

2016 chevy trax dimensions

Official Dimensions and Specifications of the 2016 Chevrolet Trax

The 2016 Chevrolet Trax was designed as a compact crossover SUV, balancing urban maneuverability with modest off-road adaptability. Its dimensions reflect a focus on tight parking spaces, fuel efficiency, and cargo versatility while maintaining a competitive stance against subcompact rivals. Manufacturer documentation from General Motors confirms these specifications, which are critical for buyers evaluating spatial efficiency, towing capacity, and real-world usability.

The Trax’s design prioritizes a low-profile stance, making it suitable for city driving and light off-road conditions. Key metrics such as ground clearance, approach/departure angles, and cargo volume distinguish it from conventional hatchbacks, offering a crossover-like experience without the bulk of larger SUVs.

Exterior Dimensions and Wheelbase

The 2016 Chevrolet Trax’s exterior dimensions are optimized for agility in urban environments while accommodating a spacious cabin relative to its class. Below are the official measurements as per General Motors’ 2016 Trax owner’s manual and technical specifications:

- Overall Length: 156.3 inches (397.0 cm)

  • Overall Width (excluding mirrors): 66.1 inches (167.9 cm)
    • (Note: With mirrors, the width extends to approximately 74.4 inches / 189.0 cm.)
  • Overall Height: 62.4 inches (158.5 cm)
  • Wheelbase: 97.3 inches (247.1 cm)

    • These dimensions position the Trax as a compact crossover, narrower than many rivals but with a wheelbase slightly longer than hatchbacks, contributing to a more stable ride and improved interior space allocation.

    Interior Dimensions and Passenger Comfort

    The Trax’s interior dimensions emphasize practicality, with a focus on rear-seat legroom and cargo flexibility. Below is a detailed breakdown of passenger and cargo space measurements, formatted for clarity:
    Dimension Type Measurement (inches) Measurement (cm)
    Front Headroom 38.5 97.8
    Rear Headroom 38.3 97.3
    Front Legroom 41.3 104.9
    Rear Legroom 34.5 87.6
    Front Hiproom 52.1 132.3
    Rear Hiproom 50.6 128.5
    Cargo Space (Rear Seats Upright) 13.3 cubic feet (377 liters) N/A
    Cargo Space (Rear Seats Folded) 44.2 cubic feet (1,251 liters) N/A
    Cargo Length (Rear Seats Upright) 24.8 inches (63.0 cm) N/A
    Cargo Length (Rear Seats Folded) 69.9 inches (177.5 cm) N/A
    Key Observations:
  • The rear legroom (34.5 inches) is adequate for adults but may feel tight for taller passengers, a common trade-off in subcompact crossovers.
  • The foldable rear seats expand cargo capacity significantly, making the Trax versatile for road trips or hauling bulky items.
  • Headroom is consistent front and rear, ensuring comfort for occupants of average height.

    • Ground Clearance and Off-Road Angles

    The 2016 Chevrolet Trax incorporates modest off-road capabilities, catering to light gravel roads and urban parking challenges. Its geometry includes:

    - Ground Clearance: 7.8 inches (19.8 cm)
    This clearance allows the Trax to navigate speed bumps, shallow puddles, and minor road imperfections without scraping the undercarriage, a critical feature for city driving.

    - Approach Angle: 23 degrees
    The approach angle determines how steep a grade the front wheels can climb without obstruction. While not aggressive, it suffices for light off-roading or parking on uneven surfaces.

    - Departure Angle: 20 degrees
    This angle affects how steep a grade the rear wheels can descend without the rear bumper or suspension contacting the ground.

    - Breakover Angle: 18 degrees
    The breakover angle indicates the vehicle’s ability to traverse obstacles like logs or rocks. A higher angle would improve off-road versatility, but the Trax’s design prioritizes urban practicality over rugged capability.

    Urban and Off-Road Implications:

  • The ground clearance is higher than most hatchbacks (e.g., 5.5–6.5 inches) but lower than mid-size SUVs (8.5–10 inches), reflecting its subcompact classification.
  • The approach and departure angles are sufficient for city parking on sloped driveways or light trail conditions but may require caution on steep terrain.
  • The breakover angle limits the Trax’s off-road prowess to Class 1 trails (e.g., dry gravel, dirt roads) but does not support rock crawling or deep mud.

    • Comparison with Competitors: Cargo and Passenger Space

    The 2016 Chevrolet Trax competes directly with subcompact crossovers offering similar dimensions but varying interior layouts. Below is a comparative analysis with three key rivals, focusing on cargo flexibility and passenger comfort:
    Model Cargo Space (Rear Seats Upright) Cargo Space (Rear Seats Folded) Rear Legroom (inches) Ground Clearance (inches)
    Chevrolet Trax 13.3 cu ft (377 L) 44.2 cu ft (1,251 L) 34.5 7.8
    Nissan Juke (2016) 14.2 cu ft (402 L) 48.1 cu ft (1,362 L) 36.2 6.5
    Fiat 500X (2016) 12.4 cu ft (351 L) 41.3 cu ft (1,170 L) 33.5 6.3
    Mitsubishi Mirage G4 (2016) 12.1 cu ft (340 L) 40.0 cu ft (1,133 L) 33.1 6.3
    Key Differentiators:
  • Cargo Flexibility: The Nissan Juke offers the most cargo space when seats are folded, benefiting from a longer cargo floor. The Trax’s 44.2 cu ft is competitive but slightly less than the Juke’s 48.1

    Practical Implications of the 2016 Chevrolet Trax Dimensions

    • The compact footprint of the 2016 Chevrolet Trax translates directly into tangible advantages for urban drivers, road trip enthusiasts, and budget-conscious consumers. Its dimensions—external length, width, height, and wheelbase—are not merely numerical specifications but determinants of real-world performance, from fuel efficiency to cargo utility. Below, the interplay between size, engineering, and daily usability is examined through measurable data, comparative analysis, and owner-driven insights.

    Fuel Efficiency and Compact Vehicle Advantages

    Smaller vehicles like the 2016 Trax inherently benefit from lower aerodynamic drag and lighter overall weight, both of which reduce fuel consumption. The Trax’s EPA-estimated fuel economy of 26 city / 30 highway MPG (combined 28 MPG) reflects this efficiency, positioning it as a cost-effective choice for daily commuters. The 1.4L turbocharged Ecotec engine, paired with a 6-speed automatic transmission, achieves this through optimized power delivery and reduced parasitic losses (e.g., drag coefficients as low as 0.36 for similarly sized subcompacts).
    Smaller vehicles excel in fuel efficiency due to:
  • Lower frontal area (reduces air resistance).
  • Lighter curb weight (typically 2,600–2,800 lbs for the Trax).
  • Engine downsizing (turbocharging compensates for displacement without sacrificing power).
    • For context, the Trax’s combined MPG exceeds the 2016 U.S. fleet average (25 MPG) and aligns with vehicles like the Honda Fit (30 city/34 highway) and Ford Fiesta (28 city/38 highway), though its turbocharged setup sacrifices some highway efficiency for urban agility.

    Maneuverability: Wheelbase and Turning Radius in Urban Scenarios

    The Trax’s wheelbase of 97.6 inches and turning radius of 17.1 feet (38.6 inches minimum turning circle) are engineered for tight spaces, making it ideal for city driving. The short wheelbase (compared to 105+ inches in midsize sedans) allows for quicker steering response, while the narrow turning radius enables parallel parking in standard 8.5-foot-wide slots without excessive wheel corrections.

    Real-world application:

  • Parallel parking in a city lot: The Trax’s 17.1-foot turning radius (equivalent to a 34-foot diameter circle) means the driver can complete a U-turn in ~40 feet—critical in residential areas with 20-foot-wide driveways. For comparison, a Toyota Corolla (33.5-foot turning radius) requires ~60 feet for the same maneuver.
  • Narrow alley access: Vehicles with turning radii >20 feet (e.g., Chevrolet Spark at 16.7 feet) still struggle in 10-foot-wide alleys, whereas the Trax’s dimensions accommodate 9-foot clearances with minimal adjustments.
    • Key metrics for urban agility:
  • Wheelbase: 97.6 inches (shorter than 102.8-inch Honda Civic).
  • Turning radius: 17.1 feet (competitive with 16.7-foot Hyundai Accent).
  • Length: 159.8 inches (fits in 16-foot parking stalls with 1.8 inches to spare).

    • Cargo Capacity and Daily Use Cases

    The Trax’s cargo volume of 21.1 cubic feet (behind rear seats) and 52.8 cubic feet (folded seats) is sufficient for grocery hauls, weekend trips, and seasonal storage, though it lags behind SUVs (e.g., 40+ cu. ft. Honda HR-V). Its maximum payload capacity of 1,000 lbs (including passengers and cargo) is practical for:
  • Grocery shopping: A standard 40-lb bag of dog food + 30 lbs of produce occupies ~12 cu. ft.—well within the Trax’s limits.
  • Road trips: Two checked suitcases (50 lbs each) + a cooler (30 lbs) total ~110 lbs, leaving ~890 lbs for additional gear.
  • Sports equipment: A 10-lb basketball hoop + 5-lb backboard fits in the 21.1 cu. ft. cargo area, though foldable seats are required for larger items (e.g., 20-lb surfboards).
    • Payload calculations for common scenarios:
    ItemWeight (lbs)Volume (cu. ft.)Trax Capacity Remaining
    Groceries (weekly)8010920 lbs / 11.1 cu. ft.
    Weekend camping gear15015850 lbs / 6.1 cu. ft.
    Holiday luggage (2 suitcases)10012900 lbs / 9.1 cu. ft.
    Limitations:
  • Roof rack compatibility: The Trax lacks factory roof rails, requiring aftermarket mounts (e.g., Thule 550 lbs capacity), which add ~50 lbs to payload calculations.
  • Snow removal: A 30-lb bag of salt reduces payload by ~3%, but shoveling 500 lbs of snow exceeds the 1,000-lb limit—requiring multiple trips.

    • Owner Experiences: Dimensions in Daily Driving

    Owner reviews consistently highlight the Trax’s compact size as a double-edged sword, praising its ease of parking and fuel savings while noting limited rear legroom (37.6 inches) and narrow cabin width (52.3 inches). Key themes emerge:
    "Visibility is surprisingly good for its size—rearview camera helps with tight spots, but blind spots are wider than expected."
    —2016 Trax Owner, Edmunds Forums

    "Folding the rear seats doubles cargo space, but the small trunk is a hassle for bulkier items like a vacuum cleaner."
    —Consumer Reports Review, 2016 Model Year

    "Entry/exit is easier than a Civic due to the high ride height (63.6 inches), but the short wheelbase makes it feel twitchy on highways."
    —Chevrolet Enthusiast Forum

    Storage solutions frequently mentioned:
  • Under-seat compartments (1.1 cu. ft.) for umbrellas or shoes.
  • Rear seat folding (60/40 split) for long items (e.g., skis).
  • Trunk organizers (aftermarket) to maximize 21.1 cu. ft. for groceries or pet supplies.

    • Common critiques:

  • Rear seat comfort suffers with 37.6 inches of legroom (vs. 40+ inches in a Corolla).
  • Cargo access is hindered by the sloping rear hatch, requiring reaching over seats for items near the floor.
  • Off-road capability is limited by the 159.8-inch length, making it less stable on rough terrain than a Subaru Crosstrek (166.2 inches).

    • 2016 chevy trax dimensions - Ilustrasi 2

    Design and Engineering Trade-offs in the 2016 Chevrolet Trax Dimensions

    The 2016 Chevrolet Trax exemplifies how compact SUVs balance practicality, efficiency, and market positioning through deliberate engineering trade-offs. Its dimensions—particularly height, width, and cargo capacity—reflect compromises between passenger comfort, aerodynamic efficiency, and utility. These choices were shaped by Chevrolet’s goal to cater to urban and suburban drivers seeking affordability without sacrificing core SUV functionality. Below, the interplay between structural design, aerodynamic performance, and generational evolution is analyzed, alongside a market-focused dimensional strategy.

    Trade-offs Between Cargo Space and Passenger Comfort

    The Trax’s cargo and passenger space were optimized through modular design, prioritizing flexibility over absolute volume. Key compromises include:

    - Rear-Seat Fold-Flat Mechanism
    The 60:40 split-folding rear seats (standard in most trims) maximize cargo capacity to 29.2 cubic feet when folded, but reduce rear-legroom to 34.8 inches (front) and 32.4 inches (rear) in standard seating. This aligns with urban commuter needs, where cargo utility often outweighs long-distance passenger comfort.

    Trade-off: Cargo flexibility (e.g., hauling groceries or luggage) is favored over extended rear-seat comfort (e.g., family road trips).
  • Roof Rails and Structural Rigidity
    • The Trax lacks factory roof rails, a deliberate choice to reduce weight (estimated ~50 lbs saved) and maintain a lower ground clearance of 6.3 inches. This trade-off limits aftermarket cargo solutions but improves fuel efficiency and highway stability. Chevrolet positioned this as a cost-saving measure for budget-conscious buyers, though it restricts adaptability for roof-mounted gear (e.g., kayaks).

    - Front Trunk vs. Rear Cargo
    The 13.1 cubic feet front trunk (accessed via the hood) is a novelty but impractical for most loads, reinforcing the Trax’s focus on rear cargo. This design prioritizes accessibility over redundancy, assuming primary use cases involve rear-seat passengers and luggage.

    Aerodynamic Efficiency and Highway Stability

    The Trax’s height (63.4 inches) and width (67.3 inches) create a trade-off between aerodynamic efficiency and structural integrity. While not a performance SUV, its drag coefficient (Cd ≈ 0.38, per industry estimates for similar compact SUVs) reflects a balance between practicality and fuel economy.

    - Impact of Height on Drag
    The Trax’s boxy, upright stance generates higher drag than lower-profile SUVs (e.g., 2016 Honda HR-V with Cd ≈ 0.34). This is mitigated by:

  • Underbody aerodynamics: A partially sealed undercarriage reduces turbulence, though not to the extent of a sedan.
  • Windshield angle: A steeply raked windshield (≈60°) minimizes frontal drag but may increase wind noise at highway speeds.
    • Aerodynamic penalty: ~10% higher drag than a similarly sized hatchback (e.g., 2016 Ford Fiesta ST), translating to ~1–2 mpg lower fuel economy in real-world conditions.
  • Highway Stability Implications
    • The Trax’s wheelbase (99.8 inches) and track width (61.4 inches front / 60.6 inches rear) provide adequate stability, but its high center of gravity (58.9 inches) and narrow track can lead to:
  • Oversteer in aggressive maneuvers, particularly on wet surfaces.
  • Reduced cornering grip compared to wider SUVs (e.g., 2016 Mazda CX-5 with a 63.2-inch track).
    • The suspension tuning—independent front MacPherson struts and multi-link rear—prioritizes ride comfort over sporty handling, aligning with its urban commuter target.

    Generational Dimensional Evolution and Performance Implications

    The 2016 Trax’s dimensions reflect incremental refinements from its 2015 predecessor and subtle shifts toward the 2017 model, with implications for weight, cargo, and structural rigidity.
    Parameter2015 Trax2016 Trax2017 TraxKey Change
    Length161.6 in161.8 in (+0.2 in)161.8 inMarginal increase for rear-seat legroom.
    Width67.3 in67.3 in67.3 inNo change; retained for parking ease.
    Height63.4 in63.4 in63.4 inUnchanged; no shift in stance.
    Wheelbase99.8 in99.8 in99.8 inIdentical; no handling improvements.
    Cargo Volume (Rear)29.2 cu ft (folded)29.2 cu ft29.2 cu ftNo expansion; focus on modularity.
    Curb Weight (LS)~2,700 lbs~2,750 lbs (+50 lbs)~2,770 lbs (+20 lbs)Minor increases due to safety tech.
    Fuel Economy (EPA)28 city / 34 hwy28 city / 34 hwy28 city / 34 hwyNo change; engine/transmission identical.
  • Structural Design Shifts
    • The 2016 Trax introduced high-strength steel in the B-pillar and roof rails (though not factory-installed), improving crash safety without altering exterior dimensions. This addressed IIHS "Good" ratings for frontal offset tests while maintaining the compact footprint.
    Weight vs. Safety: The +50 lbs from 2015 to 2016 was offset by efficiency gains (e.g., revised CVT tuning), preserving the 34 mpg highway rating despite increased structural rigidity.
  • Comparison to Successor (2017)
    • The 2017 Trax retained identical dimensions but introduced standard LED tail lamps and rearview camera, reflecting Chevrolet’s focus on technology over size. The lack of dimensional changes underscores the Trax’s market saturation—its compact size was already optimized for urban parking and fuel efficiency.

    Dimensional Strategy and Market Positioning Flowchart

    The Trax’s dimensions were engineered to target young professionals, urban commuters, and first-time SUV buyers, creating a clear differentiation from larger competitors. Below is a text-based flowchart illustrating the dimensional logic:

    [Target Market: Urban/Small-Suburban Drivers]
    │
    ├── Primary Needs:
    │ ├── ▸ Parking Ease → Width ≤ 67.3 in (fits in 90% of residential garages)
    │ ├── ▸ Fuel Efficiency → Height/Weight ratio optimized for Cd ≈ 0.38
    │ ├── ▸ Cargo Utility → 29.2 cu ft (folded) for weekend trips
    │ └── ▸ Affordability → Lower curb weight (~2,750 lbs) reduces running costs
    │
    ├── Competitive Positioning:
    │ ├── Vs. Hatchbacks (e.g., Ford Fiesta ST):
    │ │ ├── ▸ Higher seating position (63.4 in) for visibility
    │ │ └── ▸ SUV tax benefits in some regions (e.g., lower registration fees)
    │ │
    │ ├── Vs. Larger SUVs (e.g., 2016 Nissan Rogue):
    │ │ ├── ▸ Lower purchase price (~$18,000 vs. ~$25,000)
    │ │ ├── ▸ Simpler controls (no AWD option, reducing complexity)
    │ │ └── ▸ Lower maintenance costs (front-wheel drive, fewer drivetrain parts)
    │ │
    │ └── Vs. Compact Crossovers (e.g., 2016 Mazda CX-30):
    │ ├── ▸ Cheaper insurance (lower horsepower, 130 hp vs.

    Modifications and Aftermarket Adaptations for the 2016 Chevrolet Trax Dimensions

    The 2016 Chevrolet Trax’s compact dimensions—154.2 inches (3,917 mm) in length, 65.7 inches (1,669 mm) in width, and 63.0 inches (1,600 mm) in height—offer versatility for urban commuting, off-road utility, and creative customization. Aftermarket modifications can extend functionality by altering cargo capacity, ground clearance, or aesthetic appeal, but these changes must account for legal restrictions (e.g., height/width limits), structural integrity, and dynamic handling. Below are structured guidelines for dimension-related upgrades, unconventional adaptations, and suspension modifications, along with a comparative analysis of aftermarket products.

    Aftermarket Modifications Altering External Dimensions

    Modifications that expand the Trax’s cargo or storage capacity often involve roof-mounted accessories, underbody protection, or extended cargo beds. These alterations must comply with regional vehicle code regulations, particularly for height (e.g., under 14 feet for most U.S. states) and width (typically 8 feet maximum). Materials like aluminum, fiberglass, or polycarbonate are preferred for roof racks and spoilers due to their lightweight properties, while polyethylene or rubber-coated steel is common for underbody guards to resist abrasion and corrosion.

    Key considerations for dimension-altering modifications:

  • Weight distribution: Roof racks or extended spoilers can shift the Trax’s center of gravity, potentially reducing stability at higher speeds or during sharp turns. A 10–15 lb roof rack may increase payload by 50–100 lbs, but exceeding the 1,000 lb towing capacity (stock) requires suspension reinforcement.
  • Aerodynamics: Extended spoilers or cargo boxes can increase drag, reducing fuel efficiency by 5–10% depending on design. Sloped or streamlined aftermarket spoilers mitigate this effect.
  • Legal compliance: Check local laws for overhang limits (e.g., rear cargo extensions cannot exceed 3 feet beyond the bumper in many jurisdictions). Some regions require reflective markers on extended cargo beds.

    • Example modifications:

  • Roof racks: Models like the Thule T2 or Yakima SkyHook add 12–18 inches of cargo space (width: 48 inches) and support 50–100 lbs of gear. Installation requires two roof rails (stock Trax lacks them; aftermarket rails like Safari 4x4 are compatible).
  • Extended cargo beds: DIY builds using aluminum extrusions (e.g., 8020 or T-slot profiles) can add 12–24 inches of bed length, but structural mounting points must be engineered to avoid stress on the rear hatch.
  • Removable seats: Folding or removable rear seats (e.g., Chevrolet’s optional fold-down seats) expand cargo volume by 30–40 cubic feet, but seatbelt and latch compliance must be verified for legal transport.

    • Creative Dimension-Based Adaptations

    Owners have leveraged the Trax’s 63-inch height and 65.7-inch width for unconventional projects, such as mobile workshops, tiny home conversions, or off-grid living units. These adaptations often involve custom framing, extended wheelbases, or hybrid powertrain setups (e.g., electric conversions).

    Case studies and measurements:

  • DIY Camper Builds:
  • Floorplan: A 5-foot-long extended bed (using 2x4 lumber and marine plywood) can house a queen-size mattress (54 inches wide) with 12 inches of headroom when roof height is maximized.
  • Insulation: Closed-cell foam (R-13) or reflective bubble wrap is used for thermal regulation, with ventilation fans to prevent condensation.
  • Weight management: A fully loaded camper (including solar panels, water tanks, and kitchenette) should not exceed 1,500 lbs to avoid suspension strain. Example build: A 2016 Trax with a 6-foot bed and roof-mounted solar array (200W) weighs ~1,200 lbs.
  • Legal note: Some regions classify sleeping in a vehicle as "overnighting" and require designated campgrounds; check local RV laws.

    • - Mobile Workshops:

  • Tool storage: A modular grid system (e.g., Pegboard or aluminum toolboxes) in the cargo area can hold 50–100 lbs of tools without exceeding payload limits.
  • Power solutions: 12V to 110V inverters (1,000W) or portable generators (3,000W) provide electricity for tools, but battery capacity must be upgraded (e.g., AGM batteries with 100Ah).
  • Dimension constraints: The Trax’s 63-inch height limits tall equipment (e.g., ladders over 72 inches require roof access hatches).

    • - Off-Road Utility Extensions:

  • Snorkel kits: Lifted Trax models (with 2–3 inches of additional ground clearance) can accommodate snorkels (6–8 inches tall), improving wading depth to 18–24 inches.
  • Rock sliders: Polyurethane or aluminum sliders (e.g., ARB or Rough Country) protect the rocker panels during off-roading, adding 1–2 inches of side clearance without altering height.

    • Suspension Upgrades and Ground Clearance Modifications

    Stock Trax models feature 8.2 inches of ground clearance and a 20.5-degree approach angle, limiting off-road capability. Aftermarket suspension upgrades aim to improve articulation, but trade-offs include reduced ride comfort, altered handling, and potential drivetrain stress.

    Common suspension modifications and their impacts:

    ModificationProsConsDynamic Effects
    Lift Kits (1–3 inches)Increases ground clearance; improves off-road approach/departure angles.Reduces ride height; may require new tires (30–35 inches).Harsher ride quality; potential steering wheel vibration at highway speeds.
    Coilovers (Adjustable)Fine-tuned ride height; adjustable damping for on/off-road use.Expensive ($1,200–$2,500); requires professional tuning.Improved cornering but may overload stock springs if misconfigured.
    Heavy-Duty SpringsLowers ride height for aesthetic or drag racing; increases payload.Reduces ground clearance; no off-road benefit.Stiffer handling but increased tire wear due to reduced cushioning.
    Air SuspensionAdjustable height for clearing obstacles or lowering for fuel efficiency.Complex installation; prone to leaks (requires compressor and tank).Smooth ride but expensive maintenance (~$500/year for parts).
    Long-Travel ShocksImproves articulation (3–5 inches of extra travel).May bind with stock wheels; requires spacers or extended control arms.Better off-road capability but reduced on-road comfort.
    Installation considerations:
  • Wheelbase impact: Lift kits often require extended control arms or relocating the sway bar links, which can shorten wheelbase by 1–2 inches, affecting turning radius.
  • Tire clearance: Lifting the Trax by 2 inches may necessitate 30-inch tires, but fender flares (aftermarket) are needed to avoid rubbing.
  • Legal restrictions: Some regions prohibit lifts exceeding 3 inches without a special permit for height.

    • Example setup:
    A 2-inch lift kit (e.g., Curt or Old Man Emu) paired with 31-inch BFGoodrich KO2 tires increases ground clearance to 10.2 inches and improves the approach angle to 24 degrees. However, this setup reduces ride height by 1.5 inches, requiring aftermarket floor mats to avoid scraping.

    The following table outlines popular aftermarket products that modify the Trax’s dimensions, including cost, installation complexity,

    The 2016 Chevrolet Trax’s dimensions are more than mere numerical specifications—they define its identity as a versatile, fuel-efficient urban companion with latent off-road potential. From its compact exterior that eases navigation through tight city streets to its interior space that adapts to diverse cargo needs, every measurement reflects Chevrolet’s intent to deliver practicality without sacrificing driving enjoyment. Whether through stock configurations or aftermarket enhancements, the Trax’s design underscores its appeal to cost-conscious buyers seeking a balance between functionality and affordability. As urban mobility continues to evolve, models like the Trax highlight how thoughtful dimensional engineering can redefine the possibilities of subcompact SUVs.

    FAQ

    What are the key specifications for the 2016 Chevrolet Trax?

    The 2016 Chevrolet Trax is a subcompact SUV with a 1.4L turbocharged 4-cylinder engine (138 hp), front-wheel drive, and a 6-speed automatic transmission. It has a fuel tank capacity of 11.3 gallons and a curb weight ranging from 2,645–2,734 lbs. The vehicle offers optional all-wheel drive and a choice of manual or automatic climate control.

    How long is the 2016 Chevrolet Trax?

    The 2016 Chevrolet Trax has a wheelbase of 98.4 inches and an overall length of 154.5 inches (12.87 feet).

    What are the overall dimensions of the 2016 Chevrolet Trax?

    The 2016 Chevrolet Trax measures 154.5 inches long, 66.7 inches wide, and 60.6 inches tall (height includes roof rails). Its wheelbase is 98.4 inches.

    What are the cargo space dimensions of the 2016 Chevrolet Trax?

    The 2016 Chevrolet Trax offers 16.1 cubic feet of cargo space behind the rear seats and 44.1 cubic feet with the seats folded down. The trunk width is 39.8 inches, and the height is 34.2 inches.

    What are the interior dimensions of the 2016 Chevrolet Trax?

    The 2016 Chevrolet Trax has a rear legroom of 36.8 inches, rear shoulder room of 54.5 inches, and rear hip room of 52.2 inches. Front legroom is 41.3 inches, front shoulder room is 55.5 inches, and front hip room is 54.3 inches.

    What are the trunk dimensions of the 2016 Chevrolet Trax in inches?

    The trunk of the 2016 Chevrolet Trax is 39.8 inches wide, 34.2 inches tall, and 27.6 inches deep (behind the rear seats). With the seats folded, the cargo area extends to 72.8 inches in length.

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