How to Check Your Vehicle’s Gross Axle Weight Rating (GAWR)

04.09.2026

Most car shoppers treat buying a vehicle like a spreadsheet exercise. They obsess over MPG figures. They want to know 0-60 times. They measure cubic feet of cargo space. They compare horsepower and torque curves. They haggle over the final price. These are the numbers that matter when you’re standing in a dealership lot.

But there are stats that don’t get the attention they deserve. One of the most important, yet frequently ignored, numbers is the gross axle weight rating, or GAWR.

This isn’t just trivia. It is a hard limit set by the manufacturer for safety. If you ignore it, you risk structural failure or a loss of control. Understanding what GAWR actually means—and how to find it—separates the casual drivers from those who actually know their machines.

Зміст

What GAWR Actually Means

GAWR is the maximum weight the manufacturer says you can place on a single axle. Not the whole vehicle. Not the payload capacity. Just one axle. Front and rear axles each have their own specific GAWR.

Think of it as a weight limit for that specific component. The automaker engineers the axle, its bearings, its suspension, and its tires to handle a specific load. Go beyond that number, and you are operating outside the safety envelope.

The definition of GAWR sounds simple, but the components that add up to that weight are often overlooked. It includes:

The vehicle’s own curb weight
Passengers
Cargo in the trunk or bed
Trailer tongue weight (if you are towing)

All of that mass gets distributed across the axles. If you overload one side, or the rear, the physics get ugly fast.

GAWR vs. GAW: Don’t Confuse Them

You need to stop confusing two terms that sound identical but mean completely different things.

GAWR is the limit. It is a static number. It never changes. It is printed on a label.

GAW (Gross Axle Weight) is the actual weight currently on the axle. This number is in constant flux. It changes every time you pick up a passenger. It changes when you fill the gas tank. It changes when you load boulders into the bed of a pickup.

Let’s look at a pickup truck. Imagine you are hauling four boulders. Each weighs 100 pounds. Total load: 400 pounds.

When those boulders are in the truck, the GAW of the rear axle increases by 400 pounds.

When you unload them, the GAW decreases by 400 pounds.

The GAWR? It stays exactly the same. It doesn’t care about your cargo. It is a fixed ceiling. Your job is to ensure the GAW never exceeds that ceiling.

Why Overloading an Axle is Dangerous

Manufacturers don’t slap these limits on dashboards for fun. It’s about physics and safety.

Overloading a vehicle is always dangerous. Heavy loads are hard to control. But if that weight is unevenly distributed, or concentrated on one axle, the risks multiply.

Consider what happens if you overload the rear axle of a car or truck.

Steering becomes numb. You lose responsiveness. The front tires can’t do their job if the rear is dragging down the vehicle.
Braking suffers. Front brakes handle the lion’s share of stopping power. If the rear is overloaded, the balance shifts. You might get a blowout in the rear tires, or the rear suspension components might bend or snap.
Loss of control. If the rear suspension fails or the tires blow out at highway speeds, you aren’t just dealing with a flat tire. You are dealing with a potential rollover or a spin-out.

It’s not a gamble. It’s a mechanical certainty that exceeding these limits invites disaster.

Trailers and Your Specific Limits

Trailers have their own GAWR. This is determined by the trailer’s manufacturer, not the tow vehicle. The same rules apply. Proper, balanced loading is critical. If your trailer’s rear axle is overloaded, the tow vehicle will struggle to keep it straight. You will experience trailer sway. You could jackknife.

The same logic applies to recreational vehicles and SUVs. Every axle has a limit. Respect it.

Where to Find Your GAWR

You don’t need to be a mechanic to find this number. It’s usually hiding in plain sight.

Look for the label inside the driver’s side door frame. Specifically, check the area where the door latches. That’s where the manufacturer puts the tire pressure info and weight ratings.

If the label is faded or missing, check online. Most manufacturers publish their vehicle specifications. Search for your specific make, model, and year along with “GAWR” or “gross axle weight rating.”

There are also comprehensive charts available for specific brands. For instance, if you drive an Acura or Audi, you can look up the front and rear GAWR for your specific year and model.

Acura GAWR Data (2006-2009)

If you drive an Acura, here are the known ratings for recent years. Note that some older or specific trim models may not have publicized data in standard lists.

2006
* MDX: –
* RL: –
* RSX: –
* TL: –
* TSX: –

2007
* MDX: 2888 lbs (Front) / 3175 lbs (Rear)
* RDX: 2546 lbs (Front) / 2381 lbs (Rear)
* TSX: 2335 lbs (Front) / 2030 lbs (Rear)

2008
* MDX: 2888 lbs (Front) / 3175 lbs (Rear)
* RSX: 2546 lbs (Front) / 2381 lbs (Rear)
* TSX: 2335 lbs (Front) / 2030 lbs (Rear)

2009
* MDX: 2888 lbs (Front) / 3175 lbs (Rear)
* RSX: 2546 lbs (Front) / 2381 lbs (Rear)
* TSX: 2325 lbs (Front) / 2090 lbs (Rear)

Need more specs? Look up Acura GVWR, GCWR, cargo capacity, curb weight, payload, and towing capacity.

Audi GAWR Data (2006-2009)

Audi owners have similar access to this data. Here are the ratings for select models.

2006
* A3: –
* A4: –
* A6: –
* A8: –
* S4: –
* TT: –

2007
* A3: –
* A4: –
* A6: –
* A8: –
* Q7: –
* RS4: –
* S4: –
* S6: –
* S8: –

2008
* A3: –
* A4: –
* A5: –
* A6: –
* A8: –
* Q7: –
* R8: –
* RS4: –
* S4: –
* S5: –
* S6: –
* S8: –
* TT: –

2009
* A3: –
* A4: –
* A5: –
* A8: –
* Q7: –
* R8: –
* S4: –
* S5: –
* S8: –
* TT: –

For deeper specs, check Audi GVWR, GCWR, cargo capacity, curb weight, payload, and towing capacity.

The Full List of Brands

This isn’t limited to luxury imports. You can find GAWR data for almost any make. If your brand isn’t listed above, check these manufacturers:

Acura
Audi
BMW
Buick
Cadillac
Chevrolet
Chrysler
Dodge
Ford
GMC
Honda
HUMMER
Hyundai
Infiniti
Isuzu
Jaguar
Jeep
Kia
Land Rover
Lexus
Lincoln
Mazda
Mercedes-Benz
Mercury
MINI
Mitsubishi
Nissan
Pontiac
Porsche
Saab
Saturn
Scion
smart
Subaru
Suzuki
Toyota
Volkswagen
Volvo

If you are still confused about how much

Most people look at curb weight. Enthusiasts look at axle limits. The Gross Axle Weight Rating (GAWR) tells you exactly how much weight the front or rear suspension can handle before the rubber meets the road and things start to break. It’s not a suggestion. It’s a hard line.

Knowing these numbers matters. Especially when you’re loading a track car with a full fuel tank, a roll cage, and a passenger. Or towing a trailer behind a truck. One axle failing is enough to turn a trip into a tow.

BMW

The Bavarian lineup from this era ranges from nimble coupes to heavy luxury tanks. The numbers tell a story of weight distribution.

2006
Data is missing for most sedans and the M models. The X3, X5, Z4, Z4M, and the big V8 sedans (525 through 760) don’t have public GAWR figures listed here.

2007
The Z4 breaks the silence.
* Z4 : Front 2767 lbs / Rear 3770 lbs.
* The M5, M6, Alpina B7, and SUVs remain undocumented in this specific dataset.

2008 & 2009
The 1-Series (128, 135) joins the party, but no axle weights are provided. The 3-series, 5-series, 6-series, 7-series, M3, M5, M6, X3, X5, X6, and Z4 also lack specific GAWR data in this snapshot.

If you’re modifying a pre-2008 BMW, assume the rear axle is the stronger link. Most RWD sports cars are designed to put more weight over the drive wheels for traction.

Buick

Buick kept it simple. Only the heavier haulers got specific axle ratings.

2006–2007
* Rainier : Front 2950 lbs / Rear 3200 lbs.
* Terraza (2006 only) : Front 1148 lbs / Rear 960 lbs.
* The LaCrosse and Lucerne are listed but have no GAWR data.

2008–2009
* Enclave : Front 3197 lbs / Rear 3527 lbs.

The LaCrosse and Lucerne still have no numbers. If you’re loading cargo in a LaCrosse, you’re flying by the seat of your pants.

Cadillac

Cadillac’s lineup includes the luxury sedans and the massive Escalade family. The Escalade numbers are critical.

2006
* CTS : Front 2232 lbs / Rear 2379 lbs.
* Escalade : Front 3350 lbs / Rear 4000 lbs.
* Escalade ESV : Front 3060 lbs / Rear 2809 lbs. (Note the swap. The extended version shifts weight forward.)
* Escalade EXT : Front 3800 lbs / Rear 4000 lbs.
* CTS-V, DTS, SRX, STS, STS-V, XLR, XLR-V have no data.

2007–2009
* CTS (2007) : Front 2232 lbs / Rear 2379 lbs.
* All other models (DTS, Escalade variants, SRX, STS, XLR) have no GAWR data listed for these years.

Chevrolet

Chevy’s range is huge. Trucks carry the load. Cars are mostly undocumented.

2006
* Avalanche 1500 : Front 3400 lbs / Rear 4000 lbs.
* Avalanche 2500 : Front 4380 lbs / Rear 5500 lbs.
* Colorado : Front 2533 lbs / Rear 2896 lbs.
* Equinox : Front 2535 lbs / Rear 2535 lbs. (Evenly balanced.)
* Silverado 1500 : Front 3650 lbs / Rear 4000 lbs.
* Silverado 1500 Hybrid : Front 3925 lbs / Rear 3750 lbs.
* Silverado 1500 SS : Front 3600 lbs / Rear 3600 lbs.
* Silverado 1500 HD : Front 4410 lbs / Rear 6000 lbs.
* Silverado 2500 HD : Front 4410 lbs / Rear 6084 lbs.
* Silverado 3500 HD : Front 4670 lbs / Rear 8550 lbs. (That rear axle is a monster.)
* Suburban 1500 : Front 3200 lbs / Rear 4000 lbs.
* Suburban 2500 : Front 3800 lbs / Rear 5500 lbs.
* Tahoe : Front 3200 lbs / Rear 3750 lbs.
* TrailBlazer : Front 2950 lbs / Rear 3200 lbs.
* TrailBlazer EXT : Front 3100 lbs / Rear 3400 lbs.
* Uplander : Front 2866 lbs / Rear 2756 lbs.

2007
* Avalanche 1500 : Front 3400 lbs / Rear 4100 lbs.
* Colorado : Front 2533 lbs / Rear 2896 lbs.
* Equinox : Front 2535 lbs / Rear 2535 lbs.
* Silverado 1500 : Front 3650 lbs / Rear 3950 lbs.
* Silverado 1500 Classic : Front 3650 lbs / Rear 4000 lbs.
* Silverado 1500 Hybrid Classic : Front 3925 lbs / Rear 3750 lbs.
* Silverado 1500 SS Classic : Front 3600 lbs / Rear 3600 lbs.
* Silverado 1500 HD Classic : Front 4410 lbs / Rear 6000 lbs.
* Silverado 2500 HD : Front 4200 lbs / Rear 6084 lbs.
* Silverado 2500 HD Classic : Front 4410 lbs / Rear 6084 lbs.
* Silverado 3500 : Front 4200 lbs / Rear 6390 lbs.
* Silverado 3500 Classic : Front 4670 lbs / Rear 8530 lbs.
* Suburban 1500 : Front 3300 lbs / Rear 4200 lbs.
* Suburban 2500 : Front 3800 lbs / Rear 5500 lbs.
* Tahoe : Front 3200 lbs / Rear 4100 lbs.
* TrailBlazer : Front 2950 lbs / Rear 3200 lbs.
* Uplander : Front 2866 lbs / Rear 2756 lbs.

2008
* Avalanche 1500 : Front 3400 lbs / Rear 4100 lbs.
* Colorado : Front 2533 lbs / Rear 2896 lbs.
* Equinox : Front 2535 lbs / Rear 2535 lbs.
* Silverado 1500 : Front 3650 lbs / Rear 3950 lbs.
* Silverado 2500 HD : Front 4200 lbs / Rear 6084 lbs.
* Silverado 3500 HD : Front 4200 lbs / Rear 6390 lbs.
* Suburban 1500 : Front 3300 lbs / Rear 4200 lbs.
* Suburban 2500 : Front 3800 lbs / Rear 5500 lbs.
* Tahoe : Front 3200 lbs / Rear 4100 lbs.
* Tahoe Hybrid : Front 3200 lbs / Rear 4100 lbs.
* TrailBlazer : Front 2950 lbs / Rear 3200 lbs

Ford axle load limits

The 2006 Ford lineup tells you exactly where the rubber meets the road. Look at the E-Series vans. The E 150 holds 3240 pounds up front and 3800 in back. Step up to the E 250 and you get 3550/5520. The heavy-hitting E 350 Super Duty? That’s 3700 front, 6195 rear.

If you’re hauling in an Escape, don’t overstuff the trunk. Front axle takes 2240 lbs. Rear only 2115 lbs. The Hybrid version is heavier still, pushing 2380/2175. Explorers are solid, sitting at 3240/3600.

Pickups tell a different story. The F 150 can handle 3450 front, 3800 rear. F 250 jumps to 3800/6100. The F 350? 3800 front, 7000 rear. That rear axle is built for work.

Other Fords like the Crown Victoria, Five Hundred, Focus, Freestar, Freestyle, Fusion, GT, Mustang, Ranger, and Taurus have no GAWR data listed for 2006.

2007 brings small shifts. Explorer drops slightly to 2860/3340. The Explorer Sport Trac sits at 3080/3320. The F-Series remain steady. F 150 at 3450/3800. F 250 at 3800/6100. F 350 at 3800/7000.

The Edge, Expedition, and Expedition EL appear but lack specific axle weight ratings in this data set. Mustang, Ranger, Focus, Fusion, and Five Hundred still show nothing.

2008 sees the E-Series get heavier. E 150 moves to 3700/5120. E 250 to 3700/5520. E 350 Super Duty to 3800/6084. The F 350 rear axle actually drops slightly to 6262 lbs from the previous year’s 7000. A new entrant, the F 450, appears with massive numbers: 5600 front, 9500 rear. That’s a serious tow rig.

The Taurus X joins the fold but has no GAWR listed.

2009 continues the trend. E-Series stay put. E 150 at 3700/5120. E 250 at 3700/5520. E 350 Super Duty jumps to 4200 front, 6084 rear.

The F 150 gets a boost to 3800/6100. The F 450 data here seems misaligned with the previous year’s heavy spec, listing 3800/6262 instead. The Flex enters the market with no axle data provided.

GMC load capacity by model

GMC’s 2006 trucks are clear about their limits. The Sierra 1500 takes 3150 front, 3686 rear. The 2500? 4410 front, 6084 rear. The 3500 dually is stout: 4800 front, 6500 rear.

SUVs? The Yukon holds 3200/3750. The longer Yukon XL adds a bit to the rear, hitting 4000. The Canyon pickup is smaller, 2533 front, 2896 rear. Envoy models sit at 2950/3200 for the standard and 3100/3400 for the XL.

Savana vans are listed but lack GAWR figures.

2007 introduces the Acadia with 3197 front, 3527 rear. The Sierra 1500 climbs slightly to 3200/3750. The Sierra 2500 drops to 4200 front (from 4410), rear stays at 6084. The Sierra 3500 changes to 4200 front, 6390 rear.

Yukon numbers shift too. 3200 front, 4100 rear. XL goes to 3300/4200. Canyon remains steady.

2008 is almost identical to 2007. No changes in the GAWR figures for Sierra, Yukon, Acadia, or Canyon. The Yukon Hybrid appears with the same 3200/4100 rating as the gas version.

2009 sees the Canyon front axle bump to 2633 lbs. Everything else holds. Sierra 1500 at 3200/3750. Sierra 2500 at 4200/6084. Sierra 3500 at 4200/6390. Yukon XL drops slightly to 3200 front. Yukon Hybrid remains at 3200/4100. The Sierra Hybrid has no data.

Honda axle specifications

Honda isn’t listing GAWR for most sedans. Accord, Civic, CR-V, Element, Fit, Insight, Pilot, and S2000 show dashes in 2006.

The Odyssey stands out. 2006 rating is 2833 front, 3197 rear. The Ridgeline? 309 front? That looks like a typo in the source, likely 3090, but sticking to the text: 309/3252.

2007 clarifies the Civic. 2310 front, 2290 rear. The Element jumps to 2300/2205. The Pilot gets specific numbers: 2865 front, 3155 rear. The Ridgeline shifts to 3105/3252.

2008 holds steady. Civic at 2310/2290. Element at 2300/2205. Pilot at 2865/3155. Ridgeline at 3105/3252. Odyssey unchanged.

2009 drops the Civic data entirely. The Pilot moves up slightly to 2921 front, 3196 rear. Odyssey remains 2833/3197.

Hummer weight ratings

Hummer didn’t bother with GAWR for the H3 or H3T in any year. Just dashes.

The H2 is consistent across the board. 2006, 2007, 2008, 2009. All years show 4000 front axle, 5000 rear axle. Simple. Heavy. Boxier than a brick.

Hyundai load limits

Hyundai is sparse on data. 2006 has nothing for Accent, Azera, Elantra, Santa Fe, Sonata, Tiburon, or Tucson.

2007 brings the Entourage at 2998/3064. The Santa Fe gets listed: 2976 front, 3197 rear.

2008 mirrors 2007. Entourage and Santa Fe hold those numbers.

2009 drops the Santa Fe and Entourage data. The Genesis and Sonata appear with no GAWR figures.

Infiniti GAWR data

Infiniti provides zero GAWR numbers. Every model from the FX35, FX45, G35, M35, M45, Q45, QX56 in 2006-2007 to the EX35, G37, FX50 in 2008-2009 is blank. No axle weight limits provided in this dataset.

Isuzu capacity

Isuzu offers specific ratings for its trucks and SUVs.

The Ascender sits at 2950 front, 3200 rear across 2006, 2007, and 2008.

The compact pickups get specific numbers. 2

Jeep Axle Load Limits by Model

Jeep’s 2006 lineup was already splitting hairs on capability. The Commander and Grand Cherokee sat out of the data, leaving the Liberty and Wrangler to carry the weight. The Liberty’s front axle handled 2750 lbs, while the rear took 3150. Wrangler owners had slightly less room up front at 2200 lbs, but the back end jumped to 2650. By 2007, the Patriot and Compass joined the party, but again, their specific GAWR numbers stayed hidden. The Liberty held steady. The Wrangler got stronger. Front axle moved to 2650 lbs. Rear climbed to 3400. The Unlimited version mirrored that exact spec. 2008 and 2009 kept those same Wrangler numbers locked in. Liberty specs vanished from the record after ’07. Commander, Compass, Grand Cherokee, Patriot—all empty fields. If you’re looking for Jeep GAWR data for those models, it simply isn’t here.

Kia’s Heavy Haulers

Kia’s early mid-2000s were focused on volume. The Amanti, Optima, Rio, and Spectra lines offered no GAWR figures. You had to look to the larger vehicles. The 2006 Sedona distributed 2998 lbs up front and 3064 lbs in the rear. The Sorento was symmetrical, 3307 lbs each axle. The Sportage was lighter still: 2579 lbs front, 2425 lbs rear. 2007 brought the Rio into the fold with specific numbers: 1918 lbs front, 1874 lbs rear. The 5-door version matched it. The Rondo remained silent. The Sedona and Sorento repeated their 2006 stats. Sportage stayed the same. 2008 saw the Sedona, Sorento, and Rondo drop out of the data again. Rio kept its 1918/1874 split. Sportage held at 2579/2425. By 2009, only the Spectra and its 5-door variant remained listed, with no numbers provided. The Borrego appeared but offered no GAWR data. If you need Kia GAWR for sedans from this era, you might be out of luck.

Land Rover’s Stiff Axles

Land Rover didn’t bother listing specs for the LR3, Range Rover, or Range Rover Sport in 2006 or 2007. The data gap continued into 2008, where the new LR2 joined the lineup but still showed no numbers. It wasn’t until 2009 that the LR2 finally revealed its limits: 2885 lbs on the front axle, 2995 lbs on the rear. The rest of the lineup remained opaque. LR3, Range Rover, Range Rover Sport—all blank. For Land Rover GAWR, you’re mostly staring at empty space unless you have a 2009 LR2. Even then, the rear axle is the only one offering significant room at nearly 3000 lbs.

Lexus Precision Engineering

Lexus’ 2006 range was massive. ES 330, GS 300, GS 430, GX 470, IS 250, IS 350, LS 430, LX 470, RX 330, RX 400h, SC 430. Not a single GAWR figure provided. 2007 swapped the ES 330 for the ES 350. Added the GS 350 and GS 450h. Dropped the LS 430 for the LS 460. Kept the GX 470, IS models, LX 470, RX 350, RX 400h, and SC 430. Still no numbers. 2008 introduced the GS 460. Added the IS-F. Upgraded the LX to the 570. Updated the LS to the 600h hybrid. Still no axle weights. 2009 kept the same pattern. ES 350, GX 470, IS-F, IS 350, IS 250, LX 570, RX 350, SC 430. All zero data. Lexus prioritized ride comfort and structural integrity over published load limits. If you want Lexus GAWR for these luxury sedans and SUVs, this source doesn’t have it.

Lincoln’s Truck-Based Toughness

Lincoln’s 2006 data only covered the Mark LT and Navigator. The Mark LT took 3450 lbs up front, 3850 in the back. The Navigator was beefier: 3300 lbs front, 4128 lbs rear. The LS, Town Car, and Zephyr were silent. 2007 introduced the MKX and MKZ. Kept the Mark LT at 3450/3850. Upgraded the Navigator slightly to 3350 front, 4300 rear. Town Car stayed blank. 2008 repeated the MKX, MKZ, Mark LT, and Navigator specs. Town Car still nothing. 2009 added the MKS. Kept the MKX and MKZ. Kept the Navigator at 3450/3850. Town Car remained unlisted. For Lincoln GAWR, your options are limited to the truck-based platforms. The sedans and luxury cruisers don’t share their numbers.

Mazda’s Rugged Trucks and Sporty Sedans

Mazda’s 2006 lineup included the B-series trucks. B2300: 2400 front, 2750 rear. B3000: 2625 front, 2750 rear. B4000: 2850 front, 2750 rear. The Mazda5 had 2218 lbs front, 2355 lbs rear. The Mazda6 was front-heavy in reverse? No, just heavier front: 2372 lbs front, 2119 lbs rear. The MazdaSpeed6 tightened up to 2449 front, 2103 rear. The MX-5, RX-8, MPV, and Tribute were blank. 2007 added the CX-7 and CX-9 to the list, but they had no numbers. Kept the B-trucks. Kept the Mazda5. Dropped the Mazda6 from the list. Added the MazdaSpeed3: 2216 front, 2064 rear. Kept the MX-5 at 2449/2103. RX-8 still blank. 2008 kept the B2300 and B4000. Dropped the B3000. CX-7 and CX-9 still no data. Mazda6 returned with 2216 front, 2064 rear. Mazda5 and Tribute dropped out. 2009 kept the B2300 and B4000. CX-7 and CX-9 still empty. Mazda3 and Mazda5 dropped out. Mazda6 shifted slightly to 2886 front, 2062 rear. MazdaSpeed3, RX-8, and Tribute remained unlisted. Mazda GAWR data is heavily skewed toward their truck platforms and specific sport models.

Mercedes-Benz’s Empty Fields

Mercedes’ 2006 list was long. C-Class, CL-Class, CLK-Class, CLS-Class, E-Class, ML350, ML500, R-Class, S-Class, SL-Class, SLK-Class, SLR McLaren. Zero GAWR figures. 2007 added the G500, GL320, GL450. Kept the ML variants. Added the ML63 AMG. Still no numbers. 2008 added the G55, GL550, ML550. Kept the rest. Still blank. 2009 added the CLS 550. Kept the GL and ML variants. Still no data. For Mercedes-Benz GAWR, this dataset provides nothing. The luxury sedans and SUVs from this era are completely unlisted regarding axle weight limits.

Mercury’s Final Years

Mercury’s 2006 data only covered the Mountaineer. 2860 lbs front, 3340 lbs rear. The Grand Marquis, Mariner, Milan, Montego, Monterey were all blank. 2007 kept the Mountaineer listed but with no numbers. Grand Marquis, Mariner, Milan, Montego, Monterey still blank. 2008 added the Sable. Kept the Mountaineer with no data. Grand Marquis, Mariner, Milan still blank. 2009 kept the same pattern. Sable, Mountaineer, Grand Marquis,

Mitsubishi and Nissan weight limits

The Mitsubishi Raider didn’t just look tough. It held up to it. For 2006 through 2009, that pickup carried 3100 pounds on the front axle and 3600 pounds on the rear. That’s a specific GAWR setup for a vehicle that wasn’t meant for light duty. Other Mitsubishis from this era? The Eclipse, Endeavor, Galant, Lancer, Outlander. The data just isn’t there in the standard records. You won’t find those numbers easily.

Nissan had a similar pattern. The Titan pickup was the anomaly. In 2007 and 2008, it pushed 3300 pounds forward and 3800 pounds back. By 2009, the Titan spec shifted slightly in documentation, but the Frontier remained consistent at 3296 pounds front and 3197 pounds rear from 2007 through 2009. The 350Z? Maxima? Altima? Silent. No GAWR figures listed. The GT-R entered the chat in 2009, also empty.

Pontiac and Porsche specifications

Pontiac was closing its doors, but the Torrent didn’t care. From 2006 to 2009, that midsize SUV stuck to 2535 pounds on both axles. A balanced load. The Grand Prix had a weird entry in 2007 listing 62/38, likely a typo or a specific trim anomaly. The G5, G6, G8, Solstice, Vibe. None of them have the numbers. It’s a gap in the record.

Porsche is different. They don’t publish these numbers for enthusiasts usually. The 2006 Cayenne? Blank. The 2008 and 2009 models—911, Boxster, Cayenne, Cayman. All blank. You have to dig into the door jamb stickers to find the truth for these German machines. The data sets are incomplete here.

Saab and Saturn load ratings

Saab’s 9-7X was a Chevy TrailBlazer in disguise. It made sense, then. From 2008 and 2009, that SUV carried 2950 pounds in front and 3400 pounds in the back. The 9-3 and 9-5? No data. The 9-2X in 2006? Nothing. It’s a fragmented record.

Saturn had a brief window of clarity. The Outlook, that rebadged Buick Enclave, held 3197 pounds front and 3527 pounds rear. This stat stayed steady from 2007 through 2009. The Aura? The VUE? The Sky? The Astra? Silent. Saturn disappeared before it could fill in the rest of the grid.

Scion, smart, Subaru, and Suzuki

Scion kept it simple. The tC, xA, xB, xD. No GAWR data. Just empty rows. The smart fortwo in 2008 was also empty. Microcars don’t need heavy-duty axles, but the omission is still noticeable.

Subaru is consistent across the board. Forester, Impreza, Legacy, Outback, Tribeca. All years from 2006 to 2009 show blank GAWR fields. Even the WRX STI. It’s strange for a brand built on ruggedness. Suzuki, however, had some data. The Aerio carried 1918/1940. The Forenza was lighter at 1918/1764. The XL7 was beefier, starting at 2205/2866 in 2006 and rising to 2590/2921 by 2007, where it stayed for 2008. The SX4 in 2007 sat at 2050/1786.

Toyota’s diverse weight distribution

Toyota is the most varied. The Land Cruiser has always been a heavy hauler. In 2006 and 2007, it held 3595 pounds front and 4220 pounds rear. The RAV4 in 2006 was listed at 2535/2435. Then in 2007, that number jumped wildly to 4430/4730. It’s a massive discrepancy. By 2008 and 2009, the RAV4 returned to 2535/2435. You have to question what caused that spike in 2007. Was it a typo? A different test standard? The Tundra in 2007 listed 3900/3800, but went silent in 2008 and 2009. The Camry, Corolla, Prius, Venza. All blank.

The Toyota Tacoma? Empty. The 4Runner? Empty. It’s hard to trust a dataset that gives you massive numbers for a RAV4 and nothing for a Tacoma. The variance is too high. If you’re loading up a Land Cruiser, you have a reference point. If you’re loading a Camry, you’re guessing.

German Steel: Volkswagen Load Limits

The German engineering ethos doesn’t just apply to how a car drives. It dictates exactly how much weight it can tolerate before the chassis starts to complain. For Volkswagen enthusiasts tracking the Volkswagen GAWR across the mid-2000s, the data is sparse but telling. In 2006, the lineup ranged from the compact Golf to the luxurious Phaeton. Yet, nowhere in the spec sheets for that year do we find a listed Gross Axle Weight Rating for any model. Not the Jetta. Not the Beetle Convertible. Not even the Touareg.

Why the silence? Likely because for many of these passenger cars, the factory tires and suspension were rated such that the axle limits were rarely the bottleneck; the Gross Vehicle Weight Rating (GVWR) was the real constraint. But by 2008, things shift slightly with the introduction of the R32 and Touareg 2. Still, the data remains frustratingly incomplete. Most entries are blank. This isn’t an oversight in the record. It’s a reflection of a market where axle-specific limits were often subsumed by the overall curb weight and payload calculations.

If you’re looking at a 2009 Routan or Tiguan, you’re still staring at a blank slate for front and rear ratings. This forces owners to look at the total payload capacity instead. You can’t just load the rear axle until it bottoms out. You have to respect the total curb weight plus payload ceiling. The numbers for GVWR, GCWR, and towing capacity become the only hard metrics available for these years. Without specific Volkswagen GAWR figures, you’re flying blind on axle distribution.

“In the absence of specific axle ratings, the total payload capacity is your only hard limit. Exceeding it doesn’t just risk a flat tire. It risks structural fatigue.”

Volvo’s Transparent Engineering

Volvo took a different approach. Their data is cleaner. More accessible. And frankly, more useful for anyone trying to understand load distribution in their daily driver. Take the 2006 XC90. The front axle handles 2,230 pounds. The rear takes 3,150 pounds. That asymmetry tells you everything you need to know about the vehicle’s dynamics. It’s a rear-biased platform. Heavy rear axle. Likely due to the diesel engines or the robust all-wheel-drive systems common in those Scandinavian SUVs.

The 2008 V70 offers a stark contrast. Front: 2,690 lbs. Rear: 2,513 lbs. A front-biased sedan. This makes sense for a car where the engine sits up front and the trunk is relatively light. But look at the XC70 in the same year. Front 2,800 lbs. Rear 2,646 lbs. The crossover SUV pushes more weight to the front, likely due to the AWD hardware and the heavier front subframe.

This specificity matters. When you know the Volvo GAWR, you know exactly where your load limits lie. For the S80 in 2006, the rear axle is rated for 2,290 lbs. The front? Unspecified. But by 2008, the V70 and XC90 data is consistent across 2008 and 2009. The numbers don’t change much year-over-year. That’s stability. That’s predictability.