Car shopping often devolves into a spreadsheet war. You’re hunting for MPG, 0-60 times, cargo cubic feet, horsepower, and the final price tag. Those are the metrics that sell units. They’re the ones you see on window stickers and in brochures. But there is one specific number that rarely gets the spotlight it deserves, yet it matters immensely for safety and structural integrity. That number is the gross axle weight rating, or GAWR.
It doesn’t matter if you drive a compact sedan, a heavy-duty pickup, an SUV, or a Class A motorhome. You need to know your vehicle’s GAWR. It is the manufacturer-defined ceiling for how much weight can sit on a single axle. Front and rear axles have separate limits. Think of it as a hard structural boundary. You cannot load an axle beyond this number. Period.
What GAWR Actually Includes
The definition of GAWR is static, but the weight it measures is dynamic. The gross axle weight rating isn’t just about the steel frame of the car. According to industry standards like the New Car Buying Guide, the rating accounts for the vehicle’s own curb weight, the weight of every passenger inside, all cargo in the trunk or bed, and even the tongue weight of a trailer if you’re towing. All of that mass is distributed across the front and rear axles.
It is critical not to confuse the rating with reality. The GAWR is the limit. The actual weight currently sitting on the axle is the gross axle weight, or GAW.
The GAW changes constantly as you pick up groceries or drop off passengers. The GAWR never changes.
Consider a pickup truck with four 100-pound boulders in the bed. That’s 400 pounds of GAW sitting on the rear axle. If you unload them, the GAW drops by 400 pounds. The GAWR remains identical. It is a fixed specification stamped on a sticker, not a variable that shifts with your daily load.
Why Overloading an Axle is Dangerous
Manufacturers set these limits for a reason. Safety. Loading a vehicle, especially a trailer, beyond its capacity is a recipe for disaster. Uneven weight distribution amplifies the risk. If you stack too much on the rear axle, you compromise the entire vehicle’s dynamics.
Steering becomes vague. The front end lifts slightly, reducing traction and making the wheel less responsive. Braking efficiency plummets. Since the front brakes handle the majority of the stopping power, an overloaded rear axle throws off the balance, leading to longer stopping distances or even lockups.
Then there is the hardware. Rear tires can blow out under excessive load. Suspension components—control arms, springs, shocks—are stressed beyond their design limits. They can bend, crack, or snap. Lose control of the rear end at highway speeds and you’re in a spin that might not end well. The rule is simple: GAW must never exceed GAWR.
Trailers are no different. They have their own GAWR, determined by the trailer builder. Balancing the load on a trailer is arguably even more critical than on a truck, given the physics of towing.
Where to Find Your GAWR
You don’t have to guess. Your vehicle’s gross axle weight rating is usually printed on a certification label located inside the driver’s side door frame, right where the door latches. If that sticker is faded or missing, check the manufacturer’s website. Most brands publish detailed weight specs online.
Below is a reference for early model years of Acura and Audi vehicles. These figures represent the maximum allowable weight for the front and rear axles respectively.
Acura GAWR
| Year | Model | GAWR (front/rear) |
|---|---|---|
| 2006 | MDX | – |
| 2006 | RL | – |
| 2006 | RSX | – |
| 2006 | TL | – |
| 2006 | TSX | – |
| 2007 | MDX | 2888/3175 |
| 2007 | RL | – |
| 2007 | RDX | 2546/2381 |
| 2007 | TL | – |
| 2007 | TSX | 2335/2030 |
| 2008 | MDX | 2888/3175 |
| 2008 | RL | – |
| 2008 | RSX | 2546/2381 |
| 2008 | TL | – |
| 2008 | TSX | 2335/2030 |
| 2009 | MDX | 2888/3175 |
| 2009 | RL | – |
| 2009 | RSX | 2546/2381 |
| 2009 | TSX | 2325/2090 |
More Acura Specs:
* Acura GVWR
* Acura GCWR
* Acura Cargo Carrying Capacity
* Acura Curb Weight
* Acura Payload
* Acura Towing Capacity
Audi GAWR
| Year | Model | GAWR (front/rear) |
|---|---|---|
| 2006 | A3 | – |
| 2006 | A4 | – |
| 2006 | A6 | – |
| 2006 | A8 | – |
| 2006 | S4 | – |
| 2006 | TT | – |
| 2007 | A3 | – |
| 2007 | A4 | – |
| 2007 | A6 | – |
| 2007 | A8 | – |
| 2007 | Q7 | – |
| 2007 | RS4 | – |
| 2007 | S4 | – |
| 2007 | S6 | – |
| 2007 | S8 | – |
| 2008 | A3 | – |
| 2008 | A4 | – |
| 2008 | A5 | – |
| 2008 | A6 | – |
| 2008 | A8 | – |
| 2008 | Q7 | – |
| 2008 | R8 | – |
| 2008 | RS4 | – |
| 2008 | S4 | – |
| 2008 | S5 | – |
| 2008 | S6 | – |
| 2008 | S8 | – |
| 2008 | TT | – |
| 2009 | A3 | – |
| 2009 | A4 | – |
| 2009 | A5 | – |
| 2009 | A8 | – |
| 2009 | Q7 | – |
| 2009 | R8 | – |
| 2009 | S4 | – |
| 2009 | S5 | – |
| 2009 | S8 | – |
| 2009 | TT | – |
More Audi Specs:
* Audi GVWR
* Audi GCWR
* Audi Cargo Carrying Capacity
* Audi Curb Weight
* Audi Payload
* Audi Towing Capacity
Gross Axle Weight Rating (GAWR) isn’t just a number on a sticker. It’s the hard limit for how much weight each axle can support before things start to get dangerous. If you exceed it, your suspension bottoms out. Your brakes lose effectiveness. You risk a blowout. It’s the difference between driving a car and driving a liability.
Let’s look at the data for BMW, Buick, and Cadillac for the 2006 to 2009 model years.
BMW GAWR Breakdown
Most BMWs from this era don’t list specific front/rear GAWR figures in public databases. The data is sparse. But where numbers exist, they tell a story about weight distribution.
The 2007 Z4 is an outlier. It carries 2767 lbs on the front axle and 3770 lbs on the rear. That’s a significant rear bias. Likely due to the engine placement and the lightweight roadster architecture.
Here is what we have for the rest of the BMW lineup:
2006 BMW Models
– 325: Data not listed
– 330: Data not listed
– 525: Data not listed
– 530: Data not listed
– 550: Data not listed
– 650: Data not listed
– 750: Data not listed
– 760: Data not listed
– M3: Data not listed
– M5: Data not listed
– M6: Data not listed
– X3: Data not listed
– X5: Data not listed
– Z4: Data not listed
– Z4M: Data not listed
2007 BMW Models
– 328: Data not listed
– 335: Data not listed
– 525: Data not listed
– 530: Data not listed
– 550: Data not listed
– 650: Data not listed
– 750: Data not listed
– 760: Data not listed
– Alpina B7: Data not listed
– M5: Data not listed
– M6: Data not listed
– X3: Data not listed
– X5: Data not listed
– Z4: 2767 / 3770
– Z4M: Data not listed
2008 BMW Models
– 128: Data not listed
– 135: Data not listed
– 328: Data not listed
– 335: Data not listed
– 528: Data not listed
– 535: Data not listed
– 550: Data not listed
– 650: Data not listed
– 750: Data not listed
– 760: Data not listed
– Alpina B7: Data not listed
– M3: Data not listed
– M5: Data not listed
– X3: Data not listed
– X5: Data not listed
– X6: Data not listed
– Z4: Data not listed
– Z4M: Data not listed
2009 BMW Models
– 128: Data not listed
– 135: Data not listed
– 328: Data not listed
– 335: Data not listed
– 528: Data not listed
– 535: Data not listed
– 550: Data not listed
– 750: Data not listed
– M3: Data not listed
– M5: Data not listed
– M6: Data not listed
– X3: Data not listed
– X5: Data not listed
– X6: Data not listed
For more on BMW limits, check GVWR, GCWR, payload, and towing capacity.
Buick Axle Ratings
Buick is slightly more transparent. You get specific numbers for some SUVs, but sedans like the LaCrosse and Lucerne remain unlisted.
The Rainier holds steady at 2950 front / 3200 rear for both 2006 and 2007. The Terraza in 2006 shows a lighter front end at 1148 lbs but a heavier rear at 960 lbs? Wait. Let’s look closer. 1148/960 seems low for a mid-size SUV. It might be a typo in the source or a specific trim. Stick to the Rainier and Enclave for reliable benchmarks.
The Enclave, introduced in 2008, carries 3197 lbs on the front and 3527 lbs on the rear. Consistent from 2008 through 2009.
2006 Buick Models
– LaCrosse: Data not listed
– Lucerne: Data not listed
– Rainier: 2950 / 3200
– Rendezvous: Data not listed
– Terraza: 1148 / 960
2007 Buick Models
– LaCrosse: Data not listed
– Lucerne: Data not listed
– Rainier: 2950 / 3200
– Rendezvous: Data not listed
2008 Buick Models
– Enclave: 3197 / 3527
– LaCrosse: Data not listed
– Lucerne: Data not listed
2009 Buick Models
– Enclave: 3197 / 3527
– LaCrosse: Data not listed
– Lucerne: Data not listed
Check Buick GVWR, GCWR, cargo capacity, curb weight, payload, and towing for full context.
Cadillac GAWR Data
Cadillac mixes luxury sedans with full-size SUVs. The SUVs do the heavy lifting, literally.
The Escalade family dominates the numbers. In 2006, the standard Escalade carries 3350 front / 4000 rear. The ESV version is slightly different: 3060 front / 2809 rear. That rear number on the ESV looks odd—it’s lower than the standard Escalade. Could be a data entry error, or perhaps the extended wheelbase shifts load differently. The EXT, with its pickup bed, is rated for 3800 front / 4000 rear.
The CTS is the only sedan with clear data: 2232 front / 2379 rear. Balanced. Typical for a rear-drive luxury sedan.
2006 Cadillac Models
– CTS: 2232 / 2379
– CTS-V: Data not listed
– DTS: Data not listed
– Escalade: 3350 / 4000
– Escalade ESV: 3060 / 2809
– Escalade EXT: 3800 / 4000
– SRX: Data not listed
– STS: Data not listed
– STS-V: Data not listed
– XLR: Data not listed
– XLR-V: Data not listed
2007 Cadillac Models
– CTS: 2232 / 2379
– CTS-V: Data not listed
– DTS: Data not listed
– Escalade: Data not listed
– Escalade ESV: Data not listed
– Escalade EXT: Data not listed
– SRX: Data not listed
– STS: Data not listed
– STS-V: Data not listed
– XLR: Data not listed
– XLR-V: Data not listed
2008 Cadillac Models
– CTS: Data not listed
– DTS: Data not listed
– Escalade: Data not listed
– Escalade ESV: Data not listed
– Escalade EXT: Data not listed
– SRX: Data not listed
– STS: Data not listed
– STS-V: Data not listed
– XLR: Data not listed
– XLR-V: Data not listed
2009 Cadillac Models
– CTS: Data not listed
– DTS: Data not listed
– Escalade: Data not listed
– Escalade ESV: Data not listed
– Escalade EXT: Data not listed
– Escalade Hybrid: Data not listed
– SRX: Data not listed
– STS: Data not listed
– STS-V: Data not listed
– XLR: Data not listed
– XLR-V: Data not listed
For deeper Cadillac specs, look at GVWR, GCWR, payload, and towing capacity.
Chevrolet GAWR: The Heavy Hitters
Chevrolet gives us the most detailed breakdown. From subcompacts to heavy-duty trucks, the numbers vary wildly. You need to know which axle handles what.
The small cars like the Aveo, Cobalt, Impala, Malibu, and Monte Carlo don’t have listed GAWR figures in this dataset. Focus on the trucks and SUVs.
2006 Chevrolet Models
– Avalanche 1500:
Heavy Metal Limits: Ford, GMC, and Honda GAWR Data
The numbers don’t lie. If you’re hauling cargo or towing a trailer, the Gross Axle Weight Rating (GAWR) is the hard ceiling before your suspension bottoms out and your tires start crying. We’re looking at the 2006 through 2009 model years for major American and Japanese manufacturers. This isn’t about theoretical limits. It’s about what the stamped metal on your frame says you can actually put on those axles without voiding warranties or snapping bolts.
Ford: The Workhorse Hierarchy
Ford’s lineup during this period was a mix of aging platforms and new heavy hitters. The Crown Victoria, Five Hundred, Focus, Fusion, Mustang, Ranger, and Taurus didn’t have specific GAWR data listed in the source tables. Usually, that means they fell outside the specific commercial or heavy-duty tracking ranges, or the data wasn’t standardized in the public specs we’re referencing. But the trucks and vans? They’re built for weight.
In 2006, the Ford E-Series vans showed a clear progression. The E 150 sat at 3240 lbs front and 3800 lbs rear. Step up to the E 250, and you’re looking at 3550/5520. The heavy-duty E 350 Super Duty took the crown with 3700 lbs up front and a massive 6195 lbs on the rear axle. That rear number is where the payload lives.
The SUVs were lighter but not insignificant. The Escape managed 2240/2115, while the hybrid variant pushed slightly more at 2380/2175 front/rear. The Explorer carried 3240/3600.
The F-Series trucks dominated the weight class. The F 150 held steady at 3450/3800. The F 250 bumped that to 3800/6100. The F 350 was the monster here: 3800 lbs front, 7000 lbs rear. That rear axle rating is critical for dual-wheel setups.
By 2007, the Explorer saw a drop to 2860/3340. The Explorer Sport Trac was rated at 3080/3320. The Expedition models had no specific GAWR listed. The F-series remained consistent, with the F 350 still holding that 7000 lb rear rating.
2008 brought changes to the E-Series. The E 150 jumped to 3700/5120. The E 250 moved to 3700/5520. The E 350 Super Duty adjusted to 3800/6084. The F 150 stayed at 3450/3800. The F 250 remained 3800/6100. The F 350 dropped slightly to 3800/6262. A new entry appeared: the F 450, a medium-duty truck with a staggering 5600/9500 rating. The Taurus X and other sedans/SUVs like the Edge and Fusion had no listed GAWR.
In 2009, the E 350 Super Duty saw another increase to 4200/6084. The F 150 increased its front rating to 3800, keeping the 6100 rear. The F 450 showed a confusing drop in the front to 3800 (it was 5600 in 2008) while the rear stayed at 6262. The Flex and other crossovers had no data.
“The rear axle on a Super Duty is where the real work happens.”
GMC: Duramax and Denali Limits
GMC’s data is cleaner for the heavy trucks. The Savana vans (1500, 2500, 3500) had no specific GAWR listed in the tables. But the Sierra and Yukon lines are robust.
In 2006, the Canyon mid-size truck was rated 2533/2896. The Sierra 1500 held 3150/3686. The Sierra 2500 jumped to 4410/6084. The heavy Sierra 3500 maxed out at 4800/6500. The Yukon stood at 3200/3750, while the longer Yukon XL managed 3200/4000. The Envoy and Envoy XL were 2950/3200 and 3100/3400 respectively.
2007 saw the arrival of the Acadia, rated at 3197/3527. The Sierra 1500 adjusted to 3200/3750. The Sierra 2500 dropped slightly to 4200/6084. The Sierra 3500 adjusted to 4200/6390. The Yukon moved to 3200/4100, and the Yukon XL to 3300/4200. The Canyon stayed at 2533/2896. The Envoy remained static.
2008 kept the ratings largely the same. The Yukon Hybrid matched the standard Yukon at 3200/4100. The Sierra 3500 stayed at 4200/6390.
By 2009, the Canyon saw a slight front axle increase to 2633 lbs, keeping the 2896 rear. The Sierra Hybrid had no data. The Yukon XL dropped slightly to 3200/4200. The rest of the lineup remained static from 2008.
Honda: Compact Efficiency vs. Minivan Torque
Honda’s GAWR data is sparse for cars. The Accord, Civic, CR-V, Insight, Element, Fit, Pilot, and S2000 generally lacked specific GAWR listings in the provided tables for most years, or had very limited data. This suggests their chassis aren’t typically rated for heavy commercial loading in the same way trucks are.
The exceptions are the Odyssey and Ridgeline.
In 2006, the Odyssey minivan carried 2833/3197. The Ridgeline truck was rated 309/3252. Wait, that front number looks like a typo in the source data. 309 lbs front is impossible for a vehicle. It likely means 3090 or similar, but we must stick to the provided text. However, standard Ridgeline front axles are rarely rated that low. Assuming a typo in the source for 309, but technically the text says 309. The rear is 3252.
In 2007, the Civic appeared with 2310/2290. The Element showed 2300/2205. The Odyssey remained 2833/3197. The Pilot entered at 2865/3155. The Ridgeline adjusted to 3105/3252.
2008 kept the Civic, Element, Odyssey, Pilot, and Ridgeline ratings steady.
2009 saw the Pilot increase to 2921/3196. The Odyssey stayed at 2833/3197. The Civic and others had no listed GAWR.
HUMMER: The Weight of Steel
HUMMER data is consistent but heavy. The H3 and H3T had no GAWR listed. The H2 was the benchmark.
From 2006 to 2
We keep talking about payload, but the axles are the ones doing the heavy lifting. Or rather, the ones that fail when you overload them. Gross Axle Weight Rating (GAWR) isn’t a suggestion. It’s the maximum static weight that can be safely supported by a single axle. Front and rear axles have different limits. You can’t just look at the vehicle’s total GVWR and assume you’re safe. The distribution matters. If you put all the weight in the back, you might blow the rear axle long before you hit the overall limit.
Here is the raw data for 2006 through 2009. If the cell is blank, the specific figure wasn’t listed in this dataset. Use what’s here. Check your door jamb stickers for the final say.
Jeep GAWR
Jeeps are built for abuse, but steel has limits. The Wrangler is the workhorse here with clearly defined ratings. The Grand Cherokee and Commander show up in the list but lack specific GAWR figures in this source. That doesn’t mean they don’t have them. It means we don’t have them in this file. Stick to the numbers that are there.
2006 Jeep Models
* Commander: No data
* Grand Cherokee: No data
* Liberty: 2750 / 3150 lbs
* Wrangler: 2200 / 2650 lbs
2007 Jeep Models
* Commander: No data
* Compass: No data
* Grand Cherokee: No data
* Liberty: 2750 / 3150 lbs
* Patriot: No data
* Wrangler: 2650 / 3400 lbs
2008 Jeep Models
* Commander: No data
* Compass: No data
* Grand Cherokee: No data
* Liberty: No data
* Patriot: No data
* Wrangler: 2650 / 3400 lbs
* Wrangler Unlimited: 2650 / 3400 lbs
2009 Jeep Models
* Commander: No data
* Compass: No data
* Grand Cherokee: No data
* Liberty: No data
* Patriot: No data
* Wrangler: 2650 / 3400 lbs
* Wrangler Unlimited: 2650 / 3400 lbs
The Wrangler holds its line. Front stays at 2650 lbs from ’07 onward. Rear jumps to 3400 lbs. That’s a solid 750 lb increase over the ’06 model.
Kia GAWR
Kia was finding its footing in this era. The Sorento and Sedona carry heavy loads. The Rio and Spectra are light commuters. Don’t treat them like trucks. The Sportage sits in the middle, but even then, the rear axle takes a beating if you ignore the split.
2006 Kia Models
* Amanti: No data
* Optima: No data
* Rio: No data
* Rio 5: No data
* Sedona: 2998 / 3064 lbs
* Sorento: 3307 / 3307 lbs
* Spectra: No data
* Spectra 5: No data
* Sportage: 2579 / 2425 lbs
2007 Kia Models
* Amanti: No data
* Optima: No data
* Rio: 1918 / 1874 lbs
* Rio 5: 1918 / 1874 lbs
* Rondo: No data
* Sedona: 2998 / 3064 lbs
* Sorento: 3307 / 3307 lbs
* Spectra: No data
* Spectra 5: No data
* Sportage: 2579 / 2425 lbs
2008 Kia Models
* Amanti: No data
* Optima: No data
* Rio: 1918 / 1874 lbs
* Rio 5: 1918 / 1874 lbs
* Rondo: No data
* Sedona: No data
* Sorento: No data
* Spectra: No data
* Spectra 5: No data
* Sportage: 2579 / 2425 lbs
2009 Kia Models
* Borrego: No data
* Spectra: No data
* Spectra 5: No data
Land Rover GAWR
The Range Rover family is heavy. These aren’t vehicles you load up with gravel and hope for the best. The LR2 and LR3 have distinct ratings, but the big Range Rovers and Range Rover Sports are missing specific GAWR numbers here. That’s a red flag if you’re planning a restoration or modification. You need those numbers.
2006 Land Rover Models
* LR3: No data
* Range Rover: No data
* Range Rover Sport: No data
2007 Land Rover Models
* LR3: No data
* Range Rover: No data
* Range Rover Sport: No data
2008 Land Rover Models
* LR2: No data
* LR3: No data
* Range Rover: No data
* Range Rover Sport: No data
2009 Land Rover Models
* LR2: 2885 / 2995 lbs
* LR3: No data
* Range Rover: No data
* Range Rover Sport: No data
Lexus GAWR
Lexus doesn’t list GAWR in this dataset. Not for the ES, GS, IS, LS, GX, LX, or RX. None of them. The SC 430 is also blank. This is unusual for a luxury brand that usually publishes detailed specs. If you’re looking for axle limits for a 2006 Lexus GS 300 or a 2009 IS-F, this source doesn’t have them. You’ll need to check the vehicle certification label or contact the dealer with the VIN. Don’t guess.
2006-2009 Lexus Models Covered:
* ES Series (330, 350)
* GS Series (300, 350, 430, 450h, 460)
* IS Series (250, 350, IS-F)
* LS Series (430, 460, 600h)
* GX 470
* LX Series (470, 570)
* RX Series (330, 350, 400h)
* SC 430
All entries show no data.
Lincoln GAWR
Lincoln sticks to the large platforms. The Mark LT and Navigator are the only ones with clear GAWR figures in this timeframe. The MKX, MKZ, and Town Car are missing data. The Navigator’s rear axle is the strong point.
2006 Lincoln Models
* LS: No data
* Mark LT: 3450 / 3850 lbs
* Navigator: 3300 / 4128 lbs
* Town Car: No data
* Zephyr: No data
2007 Lincoln Models
* MKX: No data
* MKZ: No data
* Mark LT: 3450 / 3850 lbs
* Navigator: 3350 / 4300 lbs
* Town Car: No data
2008 Lincoln Models
* MKX: No data
* MKZ: No data
* Mark LT: 3450 / 3850 lbs
* Navigator: 3350 / 4300 lbs
* Town Car: No data
2009 Lincoln Models
* MKS: No data
* MKX: No data
* MKZ: No data
* Navigator: 3450 / 3850 lbs
* Town Car: No data
Mazda GAWR
Mazda has a wide spread here. The B-Series trucks are rated for work. The Miata is rated for driving enthusiasts. The numbers diverge sharply. Note the MazdaSpeed3 and MazdaSpeed6. They’re fast, but are
The data gets spotty past the big volume sellers. For most mainstream sedans and crossovers from brands like Mitsubishi, Nissan, and Pontiac, the front and rear Gross Axle Weight Ratings (GAWR) are rarely published in owner’s manuals or quick-reference guides. You are likely to see a dash or blank space for models like the 2006-2008 Eclipse, Endeavor, Galant, and Lancer. The same goes for the Nissan Altima, Maxima, Murano, Pathfinder, Quest, Sentra, Xterra, and Versa across the 2006-2009 window. If you need those exact numbers, you usually have to crack open the door jamb sticker on a specific VIN or hunt down the original window sticker. It is an annoying gap in the available data for enthusiasts trying to load out their cars.
Heavy Haulers and SUVs
When the chassis is heavy duty, the numbers appear. The Mitsubishi Raider, built on the Dodge Dakota platform, shares its weight distribution secrets. For 2006 through 2008, the GAWR is listed as 3100 lbs for the front axle and 3600 lbs for the rear. That is a solid split for a mid-size pickup intended for towing and hauling.
Nissan follows a similar pattern with its workhorses. The Titan full-size pickup shows a front GAWR of 3300 lbs and a rear of 3800 lbs in 2007. The Frontier, smaller but still capable, holds steady at 3296 lbs front and 3197 lbs rear from 2007 through 2009. These figures matter if you are planning to add a bed cap, a heavy toolbox, or tow a trailer that pushes the total payload.
Pontiac offers almost no specific axle data here. The Torrent SUV lists 2535 lbs front and rear for 2006, 2007, and 2009. The Grand Prix in 2007 is oddly listed as 62/38, which looks like a percentage split rather than a poundage weight. That is likely an error or a formatting glitch in the source data. Ignore it.
Saturn’s Outlook, the Buick Enclave twin, provides clear numbers. The front GAWR is 3197 lbs, and the rear is 3527 lbs for the 2007-2009 model years. The Relay minivan and VUE SUV entries are blank. If you are driving a 2009 Outlook, you know where the limits are.
Performance and Niche Imports
Porsche keeps it simple for the enthusiast crowd. The 911, Boxster, Cayenne, and Cayman entries for 2008-2009 are blank in the summary tables. You would need to check the specific vehicle identification label for these high-performance machines. The same applies to the Subaru Impreza WRX STI, Legacy, Outback, Forester, and Tribeca lines from 2006-2009. Blank does not mean unknown; it means you have to look closer.
Saab is interesting here. The 9-7X, which is basically a TrailBlazer SS, lists a GAWR of 2950 lbs front and 3400 lbs rear for 2008 and 2009. The 9-3 and 9-5 sedans are blank. The 9-2X, a Subaru Impreza badge job, is also blank.
Scion focuses on youth markets and track prep. The tC, xA, xB, and xD entries are all blank. This suggests that Scion did not emphasize axle load limits in their marketing or basic spec sheets during this period. They likely assumed owners would calculate payload based on curb weight and GVWR.
Smart is even smaller. The 2008 fortwo has no axle data listed. At that size, the weight distribution is so front-heavy due to the rear-engine layout that specific GAWR numbers are less commonly cited than total curb weight.
Suzuki provides the clearest data for economy cars and light SUVs. The 2006-2009 Aeria sedan lists 1918 lbs front and 1940 lbs rear. The Forenza is 1918 lbs front and 1764 lbs rear. The XL7 SUV jumps significantly, starting at 2205/2866 lbs in 2006, then moving to 2590/2921 lbs for 2007 and 2008. The SX4 crossover in 2007 lists 2050 lbs front and 1786 lbs rear. These numbers are precise because Suzuki needed to manage expectations for small engines and modest suspension setups.
Toyota’s Wide Range
Toyota covers the most ground with specific figures. The Land Cruiser, built for serious off-road use, holds 3595 lbs front and 4220 lbs rear from 2006-2007. The Tundra pickup in 2007 is listed at 3900 lbs front and 3800 lbs rear. The RAV4 crossover shows 2535 lbs front and 2435 lbs rear for 2006, 2008, and 2009.
Most other Toyotas—Camry, Corolla, Avalon, Sienna, Highlander, Prius, Matrix, Sequoia, Tacoma—have blank entries in these summary tables. Again, this is common. For sedans and minivans, the front axle usually carries more weight due to the engine placement. If you are loading a Sienna with three rows of passengers and cargo, the rear axle limit is what you hit first. The blank entries don’t help you calculate that without the door jamb sticker.
The most critical takeaway is that GAWR is not GVWR. You can fill your tank, carry passengers, and load gear up to the GVWR, but if your rear axle exceeds its GAWR, you are risking suspension damage, tire failure, and poor handling.
Why These Numbers Matter
Many drivers confuse Gross Vehicle Weight Rating (GVWR) with Gross Axle Weight Rating (GAWR). GVWR is the total maximum weight the vehicle can handle. GAWR is the maximum weight each individual axle can support. It is possible to be under the GVWR but over the GAWR on one axle. This happens often in SUVs when loading heavy cargo in the rear. The front axle might be fine, but the rear springs compress, the ride height drops, and the brakes on that axle are overloaded.
For the Mitsubishi Raider, Nissan Frontier/Titan, Saturn Outlook, and Suzuki XL7, the numbers are available. Use them. They tell you how much weight your specific chassis is designed to bear per axle. For the rest, you have to do the math yourself or check the label.
The trend in 2006-2009 automotive design was moving toward higher GVWRs to accommodate more features and larger engines. However, axle ratings did not always scale up proportionally. This created a situation where you could legally overload an axle while staying under the total vehicle limit. It is a nuance that matters if you are modifying your vehicle or towing regularly.
The Data Gaps
The blanks in the tables are frustrating but consistent. They appear across brands. Honda, Ford, Chevrolet, and Dodge often have their specs more readily available in owner’s manuals. Japanese brands like Mitsubishi, Nissan, and Toyota sometimes relegate these details to the fine print. European brands like Porsche and Saab focus on performance metrics rather than load capacities in public summaries.
If you are working on a project car from this era, especially one like the Pontiac G6, Solstice, or Subaru WRX, finding the original door jamb sticker is worth the effort. It will give you the GAWR. Without it, you are guessing. And guessing with heavy loads is how accidents happen.
The Suzuki data stands out as the most complete for non-truck models. The Aeria, Forenza, and XL7 numbers are precise. This might reflect Suzuki’s focus on utility vehicles in markets where payload capacity is a key selling point. For the rest, the silence is loud. You have to dig deeper.
GAWR is a safety limit, not a suggestion. Exceeding it voids warranties and compromises handling.
The 2009 model year sees some changes. The Toyota Venza appears, but its GAWR is not listed. The Suzuki Equator, a rebadged Nissan Frontier, is listed but has no axle data. This reinforces the pattern: if the vehicle shares a platform with another brand, the data might be buried elsewhere.
For the Scion tC and xB, enthusiasts often track weight for autocross and track days. Knowing your axle loads helps in suspension tuning. But without the factory GAWR, you are relying on curb weight estimates and aftermarket scales. It is part of the hobby. You measure twice, cut once.
The Pontiac Torrent’s 2535/25
Volkswagen Axle Limits
The German engineering spread continues with Volkswagen’s lineup, where the data for Gross Axle Weight Rating (GAWR) gets sparse. For the 2006 to 2008 model years, the front and rear limits are largely missing from the available records. This isn’t necessarily a reflection of the cars’ capability but rather a gap in the published spec sheets for models like the Golf GTI, Jetta, and the various Beetle configurations. Even the Phaeton, a luxury sedan built on a stretched Passat platform, lacks listed GAWR figures in this dataset. The Touareg, a proper SUV, also sits at zero or blank, which is surprising given its off-road pedigree.
By 2009, the pattern holds. The Eos, GLI, R32, and the entry-level Tiguan don’t have their axle weights documented here. The Routan minivan, designed for hauling families and cargo, also lacks this specific metric. If you’re planning to modify a 2009 VW or add heavy aftermarket parts, you’re flying blind with this data. You’d need to consult the door jamb sticker or the owner’s manual for the actual numbers, as the public archive remains silent on these specific vehicles.
Note: Missing GAWR data in historical archives often means the manufacturer did not publish axle-specific limits in consumer-facing brochures, requiring direct consultation of the vehicle’s compliance label.
Volvo’s Heavy Duty Ratings
Volvo takes a different approach. While some models like the C70 convertible and the S40 compact still show up without specific GAWR entries in this dataset, the brand’s larger vehicles provide concrete numbers. The S80 sedan and the XC90 SUV are clearly built to carry more weight. For the 2006 through 2009 models, the XC90 maintains a consistent rating of 2820 lbs on the front axle and 3150 lbs on the rear. That rear limit is substantial, reflecting the vehicle’s role as a three-row hauler.
The V70 and XC70 offer a mix of data. In 2008 and 2009, the V70 wagon is rated at 2690 lbs front and 2513 lbs rear. Interestingly, the weight distribution shifts slightly on the XC70 version of that platform, which sits at 2800 lbs up front and 2646 lbs in the back. This balance suggests Volvo tuned the suspension to handle heavier loads in the front, possibly due to engine placement or drivetrain components. The C30 hatchback enters the fold in 2008 and 2009 but, like its C70 counterpart, lacks specific axle weight ratings in this source.
Why These Numbers Matter
GAWR isn’t just a number for compliance; it’s the hard limit before your suspension bottoms out or your tires fail. Knowing how to calculate payload requires subtracting curb weight from Gross Vehicle Weight Rating (GVWR), but GAWR tells you how that weight is split. If you exceed the rear GAWR, you risk losing control during braking. The Volvo data shows a clear distinction between their compact cars and their load-bearing wagons and SUVs.
For enthusiasts tracking these specs, the lack of data for many Volkswagen models in 2009 leaves a gap. You have to rely on other sources like the National Highway Traffic Safety Administration (NHTSA) databases or the vehicle’s own door jamb placard to find the truth about weight distribution. The Ford and Volkswagen sources cited in the original research highlight that these figures are critical for safe towing and cargo management. Without them, you’re guessing.
“Gross Axle Weight Rating is the maximum weight that can be supported by a single axle. Exceeding it can cause structural damage and loss of vehicle control.”
The resources listed, including Autopedia and the U.S. Department of Transportation, emphasize that understanding these limits is part of responsible car ownership. Whether you’re towing a trailer with your 2008 V70 or hauling gear in a 2006 XC90, the numbers on the sticker dictate your safety margin. The rest is just speculation.
