Off-Road RVs & Trailers | Lightweight Campers for Family Overlanding

Above the Fold: Your RV Quick Answer

What are recreational vehicles, and how do you choose the right off-road RV for overlanding and off-grid camping in America?

Recreational vehicles (RVs) are mobile living spaces designed for travel, camping, and extended adventures. For serious overlanding and off-grid exploration, specialized recreational vehicles off-road camper trailers offer superior ground clearance, reinforced suspension, and extended battery systems that transform rugged backcountry trails into accessible territory. Whether you’re navigating Utah’s slickrock, exploring Arizona’s desert corridors, or setting up base camp in Colorado’s high country, the right off-road RV expands your adventure radius far beyond developed campgrounds.

Value Proposition: Blackseries off-road camper trailers deliver purpose-built overlanding capability with independent suspension, serious ground clearance, and multi-day off-grid electrical and water systems—enabling American overlanders to access remote BLM land, forest service roads, and backcountry trails that stop traditional RVs cold.

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Table of Contents

1. US RV Market Overview: Trends & User Profiles
2. RV Types & Terminology: Complete Glossary
3. Selection Framework: 3-Step Decision Process
4. Usage & Maintenance: Off-Road How-To
5. Best Off-Road RVs for 2025
6. Case Studies: Real Overlanding Scenarios
7. Frequently Asked Questions
8. Conclusion & Next Steps

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1. US RV Market Overview: The Overlanding Revolution

Market Dynamics & Growth Patterns

The recreational vehicles market showed resilience in early 2025, with first-quarter shipments climbing nearly 14% compared to the previous year, signaling renewed consumer confidence after post-pandemic market corrections. While traditional motorhome categories experienced headwinds, travel trailers—particularly those with off-road capabilities—outperformed the broader market with only a 3.5% year-over-year decline, demonstrating sustained demand for towable solutions.

Industry projections place the RV market at $36 billion in 2025, driven by several converging trends that fundamentally reshaped how Americans engage with outdoor recreation.

Five Core User Segments

1. Weekend Warriors
Professionals who escape urban centers Friday through Sunday, targeting national parks, state recreation areas, and established overlanding routes within 300 miles of home. They prioritize quick-deploy features, reliable systems, and trailers light enough for mid-size SUVs and trucks.

2. Extended Overlanders
Overlanding exploded in popularity in 2025, with more adventurers seeking the freedom of exploring remote areas with self-sufficient setups. These users plan 7–21 day expeditions on BLM land, forest service roads, and interconnected trail systems across the West. They demand maximum ground clearance, robust electrical systems (400+ amp-hours lithium), and ample water capacity (40+ gallons fresh).

3. Remote Work Nomads
In 2025, more campers are turning campgrounds into mobile offices, with fast internet becoming more common in remote spots allowing RV enthusiasts to work from their vehicles while exploring new places. This demographic values quiet generators or large solar arrays, climate control for four-season use, and indoor workstation layouts.

4. Family Adventure Seekers
Multi-generational travelers who blend developed campground stays with off-grid exploration. They require sleeping capacity for 4–6 people, outdoor kitchens for group cooking, and recreational vehicles family-friendly off-grid RVs configurations with bunks or convertible dinettes.

5. Seasonal Migrators (Snowbirds)
Winter residents of Arizona, New Mexico, and Southern California who spend 3–6 months annually in warmer climates. They prioritize spacious interiors, full bathrooms, and robust HVAC systems, often using off-road capability to access dispersed camping areas near winter recreation zones.

Regional Hotspots & Trail Networks

Western Corridor (Utah, Arizona, Colorado, Nevada)
The epicenter of American overlanding culture. Utah alone offers 18 million acres of public BLM land, while Arizona’s Mojave Road, Colorado’s Alpine Loop, and Nevada’s remote playas create year-round off-grid opportunities. Ground clearance requirements range from 10 inches (maintained dirt roads) to 14+ inches (technical rock trails).

Pacific Northwest (Oregon, Washington, Idaho)
Dense forest service road networks, coastal access routes, and volcanic high-desert terrain. Seasonal considerations include winter snow closure (requiring four-season packages) and summer fire restrictions that impact generator use.

Mountain West & Northern Plains (Montana, Wyoming, South Dakota)
Remote national forests, tribal lands, and vast stretches between services demand maximum fuel range, water capacity, and communication redundancy. Grizzly country protocols require bear-resistant storage and camp setup considerations.

Southwest Texas & New Mexico
High desert, canyon country, and border region exploration. Extreme temperature swings (30°F nights to 95°F days) test insulation packages and HVAC systems. Water availability is limited—plan for 7+ days between refills.

Market Access & Research Channels

American RV buyers leverage multiple information sources:

• Dealer Networks: Regional chains and specialty off-road retailers offer test towing and trail demonstrations
• RV Shows: Quartzsite (January), Overland Expo West/East (May/September), and state fairs provide hands-on comparisons
• Digital Communities: iOverlander, Expedition Portal forums, and YouTube channels (TrailRecon, Lifestyle Overland) offer real-world testing and route beta
• Reservation Platforms: Recreation.gov (federal land), Hipcamp (private dispersed camping), Harvest Hosts (overnight parking), and The Dyrt (crowdsourced reviews)

The RV industry’s 2022 economic impact study measured an overall contribution of $140 billion to the US economy, supporting nearly 680,000 jobs, underscoring the infrastructure and service network available to recreational vehicle owners nationwide.

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2. RV Types & Terminology: Complete Glossary

Motorized vs Towable: Core Categories

Motorized Recreational Vehicles

• Class A: Bus-style motorhomes (26–45 feet), built on heavy-duty chassis. Diesel or gas engines. Full amenities but limited off-road capability due to size, overhang angles, and weight (20,000–40,000 lbs).
• Class B: Van conversions (16–22 feet) on Sprinter, Transit, or ProMaster platforms. Excellent maneuverability and moderate ground clearance (8–9 inches), but compact living space. Popular with solo travelers and couples prioritizing urban access and light off-pavement use.
• Class C: Cab-over design on truck chassis (20–33 feet). Mid-range capacity and moderate off-road potential with 4WD chassis upgrades. The “Swiss Army knife” option for families wanting both campground comfort and occasional forest service road access.

Towable Recreational Vehicles (Primary focus for off-road overlanding)

• Travel Trailers: Bumper-pull designs (12–35 feet) with single or tandem axles. Off-road models feature independent suspension, 12–16 inches ground clearance, and all-terrain tires. Weight range: 2,500–8,000 lbs dry. This is the dominant category for recreational vehicles overlanding travel trailers due to modularity—unhitch at camp and use tow vehicle for exploration.

• Fifth-Wheel Trailers: Gooseneck coupling over truck bed (20–40 feet). Superior stability for highway towing but limited off-road application due to length, kingpin overhang, and reduced departure angles. Best for semi-permanent base camps with occasional graded road access.

• Pop-Up/Tent Trailers: Collapsible canvas walls (8–16 feet collapsed). Lightweight (1,200–3,500 lbs) and aerodynamic, but minimal insulation, limited off-grid electrical capacity, and setup time. Ideal for mild weather and developed sites.

• Toy Haulers: Rear cargo space for motorcycles, ATVs, or bikes. Off-road variants combine garage functionality with living quarters. Heavier (5,000–12,000 lbs) due to ramp systems and reinforced floors.

Off-Road & Overlanding Terminology

Ground Clearance
Vertical distance from lowest chassis point to ground, measured in inches. Standard travel trailers: 6–8 inches. Off-road models: 12–16 inches. Critical for rock ledges, ruts, and high-centering avoidance.

Approach/Departure/Breakover Angles
Maximum inclines the trailer can navigate without contact. Approach (front): 30–45° for off-road rigs vs 15–20° standard. Departure (rear): 25–40° vs 12–18°. Breakover (center): 18–25° vs 10–15°.

Independent Suspension
Each wheel moves independently on articulating arms (vs solid axle). Absorbs trail impacts, maintains tire contact on uneven terrain, and reduces frame stress. Standard on Blackseries HQ line; rare on conventional trailers.

Torsion Axle vs Leaf Spring
Torsion: rubber cords provide progressive damping, self-leveling, and reduced maintenance. Leaf spring: traditional steel stacks, more repairable in field but harsher ride.

GVWR (Gross Vehicle Weight Rating)
Maximum loaded weight including trailer, cargo, water, and propane. Example: 7,500 lb GVWR trailer = 5,200 lbs dry + 2,300 lbs cargo/fluids.

Tongue Weight
Downward force on hitch ball, typically 10–15% of trailer weight. Proper distribution prevents sway and fishtailing. 700 lbs tongue weight requires tow vehicle rated for that vertical load.

Off-Grid Systems Explained

Electrical Architecture

• Battery Bank: Measured in amp-hours (Ah). Lead-acid: 200–300 Ah usable (50% depth discharge). Lithium (LiFePO4): 300–600 Ah usable (80–100% depth), lighter weight, faster charging.
• Solar Panels: Roof-mounted arrays (300–1,000 watts) convert sunlight to DC power. Expect 4–6 hours equivalent full sun daily (varies by season/latitude). MPPT controllers optimize harvest efficiency.
• Inverter: Converts 12V DC battery power to 120V AC for laptops, microwaves, power tools. Pure sine wave required for sensitive electronics. Sizes: 1,000–3,000 watts.
• Shore Power: 30-amp or 50-amp external hookup at campgrounds. Bypasses batteries, charges them while powering AC appliances.

Water Systems

• Fresh Water Tank: Potable water for drinking, cooking, showers (20–60 gallons). One gallon weighs 8.3 lbs—full tank adds significant weight.
• Gray Water Tank: Used water from sinks and showers (20–50 gallons). Legal to dump in designated locations or on dispersed BLM land (check local regulations).
• Black Water Tank: Toilet waste (10–40 gallons). Requires dump station or portable tote tank. Chemical treatments control odor and break down solids.
• Water Heater: 6-gallon tankless propane or 10-gallon electric/propane hybrid. Instant hot water for showers and dishes.

Climate Control

• Four-Season Package: Heated and enclosed underbelly, dual-pane windows, upgraded insulation (R-13+ walls vs R-7 standard), heated tanks. Enables winter camping below 20°F.
• HVAC: Rooftop air conditioning (13,500–15,000 BTU) requires 30-amp shore power or 3,000W+ inverter with large battery bank. Propane furnace (16,000–30,000 BTU) heats without electrical load.

Blackseries-Specific Features

HQ Series Independent Suspension
Trailing arm design with dual shock absorbers per wheel. Provides 10+ inches wheel travel, absorbs washboard roads and rock impacts without frame stress transfer. Adjustable ride height on select models.

Composite Panel Construction
Aluminum-framed walls with fiberglass exterior and foam core insulation. Lighter than wood-framed trailers (reduces tow vehicle fuel penalty), won’t delaminate in high humidity, and provides superior R-value for temperature regulation.

Integrated Recovery Points
Front and rear chassis tie-in points rated for 10,000+ lbs extraction force. Essential for self-recovery on trails—attach winch cable or kinetic rope without damaging trailer structure.

Off-Road Tire Packages
Load Range E all-terrain tires (10-ply) with aggressive tread. Sizes: 235/85R16 or LT265/75R16. Higher load capacity prevents sidewall damage on sharp rocks; tread pattern maintains traction in mud, sand, and loose gravel.

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3. Selection Framework: 3-Step Decision Process

Step 1: Define Use Case & Terrain Profile

Questions to Answer:

1. Trip Duration & Frequency

   • Weekend trips (2–3 nights): Minimal water/battery capacity acceptable
   • Week-long expeditions (5–7 days): Plan for 40+ gallons fresh water, 300+ Ah lithium
   • Month+ snowbird seasons: Full amenities including washer/dryer, residential refrigerator

2. Road Surface Distribution

   • 80% paved/graded roads: Standard travel trailer acceptable
   • 50% maintained dirt roads: Minimum 10″ ground clearance, all-terrain tires
   • 30%+ rough two-track/rock trails: Require 14″+ clearance, independent suspension, skid plates

3. Off-Grid Percentage

   • Mostly campgrounds with hookups: Small batteries, minimal solar
   • 50/50 developed/dispersed: 200Ah lithium + 400W solar
   • 80%+ boondocking: 400Ah lithium + 800W solar + generator backup

4. Climate Extremes

   • Summer-only mild climates: Standard insulation sufficient
   • Shoulder seasons (spring/fall): Propane heat and AC recommended
   • Winter snow/desert extremes: Mandatory four-season package, heated tanks, dual-pane windows

Blackseries Terrain Matching Chart

Step 2: Calculate Towing Capacity & Safety Margins

Tow Vehicle Specifications to Verify:

1. Maximum Towing Capacity: Published rating (e.g., 7,500 lbs for mid-size truck, 11,000 lbs for 3/4-ton diesel)
2. Payload Capacity: Weight you can add to tow vehicle (passengers, cargo, tongue weight). Example: 1,500 lb payload truck – 500 lbs passengers/gear = 1,000 lbs available for tongue weight.
3. GCWR (Gross Combined Weight Rating): Maximum total weight of loaded truck + loaded trailer combined.

The 80% Rule:
Never exceed 80% of published towing capacity for safety and drivetrain longevity. A 7,500 lb rated truck should tow maximum 6,000 lbs loaded trailer.

Weight Calculation Example:

Blackseries HQ19

• Dry weight: 5,200 lbs
• GVWR: 7,500 lbs
• Cargo capacity: 2,300 lbs
• Loaded realistic weight: 5,200 + 1,800 (water, gear, propane) = 7,000 lbs
• Tongue weight @ 13%: 910 lbs

Required Tow Vehicle:

• Towing capacity: 7,000 ÷ 0.80 = 8,750 lbs minimum
• Payload capacity: 910 lbs tongue + 500 lbs passengers/gear = 1,410 lbs minimum

Suitable Vehicles: Ford F-250/Ram 2500 diesel (12,000+ lb tow), Toyota Tundra (10,000 lb tow), Chevy Silverado 2500 (14,000+ lb tow)

Brake Controller:
Electric or integrated brake controller required for trailers over 3,000 lbs GVWR (legal requirement in most states). Proportional controllers (Tekonsha P3, Curt Spectrum) provide smoothest deceleration.

Weight Distribution Hitch:
Trailers over 5,000 lbs benefit from WD hitch to level truck stance, reduce rear squat, and improve steering response. Adds 200–300 lbs tongue capacity through spring bar tension.

Step 3: Budget & Total Cost of Ownership (TCO)

Initial Purchase Price Ranges (2025)

• Entry off-road travel trailers: $35,000–$55,000
• Mid-range overlanding trailers (Blackseries HQ12): $65,000–$85,000
• Premium expedition trailers (HQ19/HQ21): $90,000–$130,000
• Custom extreme builds: $150,000+

Financing Considerations:
RV loans typically 10–20 year terms, 5–8% APR depending on credit. $75,000 trailer at 6.5% over 15 years = $653/month payment.

Annual Operating Costs

Total Annual TCO: $4,700–$14,600 (average $8,000 excluding loan payment)

Optional High-Value Upgrades

• Solar expansion (200W → 600W): $1,200–$2,000
• Lithium battery upgrade (200Ah → 400Ah): $2,000–$3,500
• Off-road tire upgrade: $1,200–$1,600 (set of 4)
• Backup camera system: $400–$800
• Onboard air compressor: $300–$600
• Starlink satellite internet: $599 hardware + $150/month service
• MaxxAir roof vent with fan: $250–$400 each (2–3 recommended)

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4. Usage & Maintenance: Off-Road How-To

How-To: First-Time Towing & Trail Driving

Pre-Trip Checklist (30 Minutes)

1. Hitch Inspection: Confirm ball size matches coupler (2″ or 2-5/16″), lock coupler latch, attach safety chains crossing under coupler, plug 7-pin connector.
2. Tire Pressure: Set trailer tires to sidewall max PSI cold (typically 50–65 PSI). Check tow vehicle rear tires +5 PSI over normal.
3. Weight Distribution: Load heavy items over axles, secure all cabinets, latch refrigerator, close all vents/windows.
4. Brake Controller Sync: Manually activate trailer brakes while stationary; adjust gain until trailer wheels skid slightly on pavement (then reduce 0.5 units).
5. Exterior Walkaround: Verify breakaway cable connected, all lights functional (turn signals, brake lights, running lights), propane tank valves closed, stabilizer jacks fully retracted, antenna/ladder secured.

Highway Towing Techniques

• Speed Limits: Maximum 60–65 MPH even if posted limit higher; reduces fuel consumption 15–20% and improves stability
• Following Distance: Minimum 6-second gap (count landmarks) to allow braking distance
• Lane Position: Avoid far-right lane on interstates due to pavement edge drop-off; center or left lanes smoother
• Mirrors: Extend tow mirrors to see past trailer sides; check blind spots every 5–7 seconds
• Descending Grades: Downshift to use engine braking; avoid extended brake pedal use (heat buildup leads to fade)

Off-Road Trail Adjustments

Tire Pressure Reduction:
Lower PSI increases contact patch and traction. Start at highway pressure, reduce 10–20% for gravel roads, 20–35% for sand/rock trails.

• Pavement: 50 PSI
• Graded dirt: 45 PSI
• Washboard/rock: 40 PSI
• Deep sand: 35 PSI

Re-inflate before returning to pavement (carry portable compressor or CO2 tank).

Speed Management:
Washboard roads: Find “float speed” (12–18 MPH) where suspension resonance smooths ride. Too slow amplifies bumps; too fast exceeds shock damping.

Rock crawling: Walking pace (2–4 MPH max). Spotter guides driver to straddle obstacles, avoid tire sidewall contact.

Articulation & Approach Angles:
On steep inclines, position trailer perpendicular to slope briefly before committing to climb/descent. Allows suspension to compress/extend equally and prevents cross-loading frame.

Departure Considerations:
Back out of dead-end trails rather than attempting three-point turns with trailer attached. Flag tight switchbacks in advance; some require unhitching and manual repositioning.

How-To: One Night Off-Grid Camp Setup

Site Selection (15 Minutes)

1. Legal Verification: Confirm dispersed camping allowed (BLM, National Forest, some state land). Stay 100+ feet from water sources. Avoid designated wilderness areas.
2. Ground Assessment: Park on level ground within 3° (use smartphone level app). Avoid soft sand, creek beds, drainage channels.
3. Sun Exposure: Orient trailer to maximize solar panel angle toward afternoon sun (SW in summer, S in winter). Park under trees for shade if temperature management priority exceeds solar charging.

Leveling & Stabilization (10 Minutes)

1. Side-to-Side: Use bubble level; drive tow vehicle onto leveling blocks under low-side wheels. Recheck with digital level (within 1.5°).
2. Front-to-Back: Extend tongue jack until bubble level centered.
3. Stabilizers: Deploy corner jacks until they contact ground with light pressure (not weight-bearing—prevents bounce, not collapse).
4. Wheel Chocks: Place blocks behind and in front of trailer wheels; set parking brake.

System Activation (20 Minutes)

1. Electrical:
   • Check battery state of charge (should start above 70% if solar was functioning during travel)
   • Confirm inverter switched ON if using 120V appliances
   • Test USB ports and 12V outlets functional
2. Water:
   • Open fresh water tank valve
   • Turn on water pump (listen for pressure buildup, then silence)
   • Open each faucet briefly to purge air from lines
   • Verify no leaks at connections
3. Propane:
   • Open tank valve slowly (1.5 turns)
   • Ignite water heater (wait 30 seconds for tank to fill)
   • Test stove burners (blue flame, no yellow tips indicating incomplete combustion)
   • Set furnace thermostat if overnight temps below 45°F
4. Climate:
   • Open roof vents 2–3 inches (creates airflow without rain entry)
   • Deploy awning if sun/wind conditions appropriate
   • Test interior fans on low speed

Evening Power Management (6PM–10PM)

Typical 4-hour usage example:

• LED interior lights (20W × 4 hours): 80 Wh
• Laptop charging (65W × 2 hours): 130 Wh
• Water pump (50W × 0.5 hours cumulative): 25 Wh
• Furnace fan (10W × 4 hours if heating): 40 Wh
• Refrigerator (60W continuous): 240 Wh
• Phone/device charging (20W × 3 hours): 60 Wh

Total consumption: 575 Wh = 48 Ah at 12V

A 300 Ah lithium battery bank at 70% SOC (210 Ah usable) drops to 162 Ah remaining—still 54% charge. Next-day solar (400W panel × 5 peak hours × 0.85 efficiency) generates 1,700 Wh = 142 Ah replacement, returning battery to 100% by 2PM.

Morning Breakdown (15 Minutes)

1. Close all vents, skylights, windows
2. Secure loose items; latch cabinet doors
3. Turn off water pump; close fresh tank valve
4. Close propane tank valve
5. Retract stabilizers and tongue jack
6. Stow leveling blocks
7. Final walkaround (no items left outside, no utility connections remaining)

Maintenance Schedule & Critical Inspections

Every Trip (Before/After)

• Tire pressure and tread depth (minimum 4/32″ for all-terrain)
• Lug nut torque check (first 50 miles after mounting new wheels, then every trip)
• Hitch ball wear (replace if shiny groove visible)
• Brake controller connection and function test
• Battery voltage (should rest above 12.7V when fully charged)

Every 3,000 Miles or 6 Months

• Wheel bearing inspection/repack (critical for off-road; heat and contamination accelerate wear)
• Brake magnet adjustment and drum condition
• Axle seal leaks (look for grease fling on inside of wheels)
• Suspension bushings and shock absorber bolts (check for play and torque)
• Roof sealant inspection (re-seal any cracked areas around vents, AC unit, solar panels)

Annually

• Fresh water system sanitization (bleach flush and rinse)
• Anode rod replacement in water heater (if equipped)
• Propane system leak test (soapy water on all connections while tank open)
• Fire extinguisher inspection and regulator check
• Battery capacity test (lithium: measure voltage drop under load; lead-acid: hydrometer specific gravity)
• Frame and chassis inspection (rust treatment, crack detection in welds)

Every 3–5 Years

• Tire replacement regardless of tread depth (rubber degrades, sidewalls crack)
• Battery replacement (lead-acid 3–4 years; lithium 8–10 years)
• Awning fabric replacement (UV damage, mildew)
• Mattress and cushion replacement (hygiene and comfort)
• Full water system component replacement (pumps, faucets develop scale/sediment)

Overlanding Safety & Best Practices

Communication Redundancy

1. Cellular: Understand coverage maps (Verizon strongest rural US, T-Mobile weakest). Download offline maps before leaving coverage.
2. Satellite: Garmin inReach ($400 device + $15–65/month service) provides two-way text and SOS anywhere. Essential for multi-day backcountry trips.
3. CB/HAM Radio: Short-range communication with other travelers on trails. FRS/GMRS handheld radios ($50–$150 pair) work for 1–5 mile convoy coordination.

Vehicle Recovery Equipment

• Tow straps: 3″ × 30′ nylon, 30,000 lb capacity (for kinetic energy recovery)
• Shackles: 3/4″ D-rings, working load limit 4.75 tons minimum
• Traction boards: MaxTrax or similar; place under drive wheels in sand/mud
• Portable air compressor: Re-inflate tires after trail airing-down
• Shovel: Full-size steel blade for digging out stuck wheels
• Hi-Lift jack: 48″ capacity for lifting axles over obstacles (training required—dangerous if misused)

Leave No Trace Principles

1. Pack out all trash including micro-plastics and toilet paper
2. Use established campsites when available; otherwise camp on durable surfaces (rock, gravel, dry grass)
3. Keep campfires small; use existing fire rings; check for fire restrictions (many BLM areas prohibit ground fires May–October)
4. Human waste: Bury in cathole 6–8″ deep, 200+ feet from water. Pack out toilet paper.
5. Respect wildlife: Store food in bear-resistant containers in grizzly country; never approach or feed animals
6. Minimize noise: Generators off by 8PM; observe quiet hours

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5. Best Off-Road RVs for 2025: Top Overlanding Trailers

Evaluation Criteria

We assessed recreational vehicles overlanding travel trailers across five dimensions:

1. Off-Road Capability (40%): Ground clearance, suspension type, tire size, approach/departure angles, chassis protection
2. Off-Grid Autonomy (25%): Battery capacity, solar generation, water storage, propane capacity, thermal efficiency
3. Livability (20%): Sleeping capacity, kitchen facilities, bathroom configuration, storage volume
4. Build Quality (10%): Frame material, panel construction, component brands, warranty
5. Value Proposition (5%): Price relative to features, dealer network, resale trajectory

Best Deep Expedition Overlanding Trailer

Blackseries HQ19

The HQ19 represents purpose-built expedition capability for serious overlanders willing to invest in multi-week self-sufficiency. This recreational vehicles off-road camper trailer dominates technical terrain while maintaining residential comfort.

Specifications:

• Length: 23′ 6″ (including spare tire carrier)
• Dry Weight: 5,200 lbs | GVWR: 7,500 lbs
• Ground Clearance: 15″
• Approach/Departure: 38° / 32°

Off-Road Systems:

• Independent torsion suspension with dual shocks per wheel
• LT265/75R16 Load Range E all-terrain tires
• Full aluminum chassis with integrated skid plates
• Adjustable electric stabil