Buying a vehicle often feels like solving a complex equation. You want to know the MPG. You check the 0-60 times. You measure the trunk space. You compare horsepower and torque figures. Price matters, obviously. But there is one number that rarely gets the spotlight it deserves. It is the gross axle weight rating, or GAWR.
Whether you drive a sedan, a heavy-duty truck, an SUV, or an RV, you need to understand this limit. Ignoring it is a gamble with physics. And physics does not negotiate.
What GAWR Actually Means
The definition is straightforward. The GAWR is the maximum weight the manufacturer says an individual axle can support. It is not a suggestion. It is a hard limit.
Front axles and rear axles have their own separate ratings. Think of it as a weight limit for each end of the vehicle. The automaker calculates this based on the strength of the suspension, the tires, and the axle shafts itself. You should never load an axle beyond this specified GAWR.
But what exactly makes up that weight? The GAWR includes everything. The vehicle’s own weight. Passengers. Cargo. Even the tongue weight if you are towing a trailer. All of that mass is distributed between the two axles.
GAW vs. GAWR: Don’t Confuse Them
This is where most people get tripped up. The GAWR is a constant number. It is stamped on a label or listed in the manual. It does not change.
The gross axle weight (GAW) is different. That is the actual weight resting on the axle at any given second. It is fluid. It changes every time you add or remove a passenger.
Consider a pickup truck loaded with four 100-pound boulders. The rear GAW increases by 400 pounds. If you unload those rocks, the GAW drops by 400 pounds. The GAWR? It stays exactly the same. The limit does not care about your current load. It only cares about the maximum structural capacity.
Why Overloading is Dangerous
Safety is the reason for the limit. Overloading any vehicle is risky. But uneven distribution is deadly. If too much weight sits on the rear axle, several things go wrong simultaneously.
First, handling degrades. The front end lifts slightly. Steering becomes vague. You lose responsiveness.
Second, braking suffers. Front brakes do the heavy lifting during deceleration. If the rear is overloaded, the front brakes can overheat or lock up unpredictably.
Third, components fail. Rear tires might blow out under the stress. The rear suspension can bend. In extreme cases, the axle can snap. You lose control. The result is often a rollover or a loss of steering control.
“The GAW should never surpass the GAWR on any vehicle.”
Trailers have their own GAWR limits. Proper loading is even more critical there. An unbalanced trailer can sway violently. It can detach. It can kill you.
Where to Find Your Vehicle’s Limit
If you want to know your specific GAWR, look at the driver’s door jamb. There is usually a sticker there. It lists the front and rear ratings.
You can also check online. Most manufacturers publish this data. It is not always easy to find, but it is there.
The following charts list GAWR data for Acura and Audi models from 2006 to 2009. Use them as a reference.
GAWR List
Depending on the make and model year of your car or truck, you may be able to find your vehicle’s gross axle weight rating (GAWR) on the following chart.
Browse by Make
- 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
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
BMW Axle Load Limits (2006-2009)
Most enthusiast guides gloss over axle weights. They shouldn’t. The Gross Axle Weight Rating (GAWR) defines the hard limit for the front and rear suspension components. Exceed it and you risk structural failure or loss of control. We are looking at data for the E90/E92 era BMWs and early N-series models.
In 2006, the lineup included the 325, 330, 5-series variants (25i to 550i), the 7-series (750i, 760i), the M3, M5, and M6. SUVs like the X3 and X5 were popular. The Z4 and Z4M rounded out the portfolio. Data for these models is currently missing from the source.
2007 brought the 328 and 335i. The 5-series continued with 25i, 30i, 50i variants. The 7-series kept its high-end presence. Alpina joined the party with the B7. The M5 and M6 remained. X3 and X5 stayed in production. The Z4 appeared again, this time with specific ratings: 2767 lbs front / 3770 lbs rear. The Z4M data is still absent.
2008 saw the introduction of the 1-series (128i, 135i) and the 528i/535i. The 650i and 7-series remained. The M3 returned to the fold. The X6 debuted in 2008. Z4 and Z4M data is missing for this year.
2009 solidified the lineup. The 1-series (128i, 135i) and 3-series (328i, 335i) were staples. The 528i, 535i, and 550i continued. The 750i was present. The M3, M5, and M6 were all active. X3, X5, and X6 completed the SUV list. All GAWR figures for these models are currently unavailable in the source data.
For broader context on these vehicles, check BMW GVWR, BMW GCWR, BMW Cargo Carrying Capacity, BMW Curb Weight, BMW Payload, and BMW Towing Capacity.
Buick Front and Rear Axle Ratings
Buick’s heavy lifting happens in the SUV and truck segments. Sedans rarely push axle limits, which explains the missing data for many models.
2006 models included the LaCrosse, Lucerne, Rendezvous, and Terraza. The Rainier stood out with specific ratings: 2950 lbs front / 3200 lbs rear. The Terraza was even lighter, rated at 1148 lbs front / 960 lbs rear.
2007 kept the LaCrosse, Lucerne, and Rendezvous. The Rainier retained its 2950/3200 rating.
By 2008, the Enclave entered the market. It carried a solid load capacity: 3197 lbs front / 3527 lbs rear. The LaCrosse and Lucerne remained but lacked specific GAWR data in this dataset.
2009 kept the same structure. The Enclave held its 3197/3527 rating. The LaCrosse and Lucerne continued without listed axle limits.
Review Buick GVWR, Buick GCWR, Buick Cargo Carrying Capacity, Buick Curb Weight, Buick Payload, and Buick Towing Capacity for complete specs.
Cadillac GAWR Data (2006-2009)
Cadillac blends luxury with significant mass. The Escalade line is particularly heavy-duty. The CTS and DTS offer sedan options, but the SUVs dominate the load-bearing discussions.
2006 models included the CTS, CTS-V, DTS, Escalade variants, SRX, STS variants, and XLR variants. The CTS had specific ratings: 2232 lbs front / 2379 lbs rear. The Escalade was rated at 3350/4000. The Escalade ESV dropped slightly to 3060/2809. The Escalade EXT handled heavy loads at 3800/4000.
2007 kept the CTS at 2232/2379. The Escalade, ESV, EXT, SRX, STS, and XLR lines continued, but specific GAWR figures are missing for these models in this year.
2008 removed the CTS from the list. The DTS, Escalade family, SRX, STS, and XLR remained active. No specific numbers are provided for these entries.
2009 added the Escalade Hybrid. The CTS, DTS, Escalade, ESV, EXT, SRX, STS, and XLR lines persisted. Again, specific GAWR values are absent for most models.
Check Cadillac GVWR, Cadillac GCWR, Cadillac Cargo Carrying Capacity, Cadillac Curb Weight, Cadillac Payload, and Cadillac Towing Capacity for full details.
Chevrolet Axle Weight Capacities
Chevy’s lineup spans from small compacts to massive heavy-duty trucks. The variation in GAWR is massive.
2006 included the Avalanche (1500 and 2500), Aveo, Cobalt, Colorado, Corvette, Equinox, Express, HHR, Impala, Malibu (including MAXX), Monte Carlo, SSR, Silverado (1500, 1500 Hybrid, 1500 SS, 1500 HD, 2500 HD, 3500 HD), Suburban (1500 and 2500), Tahoe, TrailBlazer (and EXT), and Uplander.
Key ratings in 2006:
– Avalanche 1500: 3400/4000
– Avalanche 2500: 4380/5500
– Colorado: 2533/2896
– Equinox: 2535/2535
– Silverado 1500: 3650/4000
– Silverado 1500 Hybrid: 3925/3750
– Silverado 1500 SS: 3600/3600
– Silverado 1500 HD: 4410/6000
– Silverado 2500 HD: 4410/6084
– Silverado 3500 HD: 4670/8550
– Suburban 1500: 3200/4000
– Suburban 2500: 3800/5500
– Tahoe: 3200/3750
– TrailBlazer: 2950/3200
– TrailBlazer EXT: 3100/3400
– Uplander: 2866/2756
2007 saw the Avalanche 1500 increase its rear rating to 4100. The Silverado 1500 dropped its rear rating to 3950. The Silverado 2500 HD front rating dropped to 4200. The Suburban 1500 front rating increased to 3300 and rear to 4200. The Tahoe rear increased to 4100. The TrailBlazer remained 2950/3200. The Uplander stayed 2866/2756. The Colorado and Equinox ratings were unchanged.
2008 kept most of these. The Silverado 2500 HD and 3500 HD retained their 4200 front ratings. The Tahoe and Tahoe Hybrid shared 3200/4100. The Avalanche 1500 held 3400/4100. The Suburban 1500 held 3300/4200. The TrailBlazer held 2950/3200.
2009 introduced a strange shift for the Colorado, which spiked to 5000/2633. The Silverado 1500 jumped massively to 6800/3650. The Silverado 2500 HD front rating doubled to 9200. The Silverado 3500 HD front dropped to 4200. The TrailBlazer dropped to 2450/3200. The Traverse debuted with 3197/3527. The Tahoe and Tahoe Hybrid held 3200/4100. The Suburban 1500 held **330
Ford Axle Load Limits
The data for Ford’s lineup from 2006 to 2009 shows a clear divide between the daily drivers and the heavy haulers. If you’re looking at passenger cars like the Crown Victoria, Mustang, or Focus, there are no GAWR figures listed. That’s usually because those specs aren’t standard for vehicles not designed for heavy towing or commercial duty. But if you are hauling something heavy, the numbers matter.
For the 2006 Ford E-Series vans, the limits are substantial. An E-150 handles 3240 lbs up front and 3800 lbs in the back. Step up to the E-250, and you get 3550 front and 5520 rear. The E-350 Super Duty is the real beast here, with 3700 front and a massive 6195 lbs on the rear axle.
Pickups follow a similar logic. The F-150 caps out at 3450 front and 3800 rear. The F-250 jumps to 3800 front and 6100 rear. The F-350 is where things get serious, with 3800 front and 7000 rear lbs.
By 2008, the E-Series numbers shift slightly. The E-150 front axle increases to 3700 lbs, while the rear drops slightly to 5120. The E-350 Super Duty sees a rear axle increase to 6084 lbs. The F-350 also sees a rear limit change, dropping to 6262 lbs, likely due to specific chassis or suspension updates for that model year.
GMC and Honda Comparisons
GMC’s numbers are often higher for similar class vehicles, reflecting their heavier-duty framing on some models. The 2006 Sierra 3500 has a rear GAWR of 6500 lbs. The Yukon XL sits at 3200 front and 4000 rear.
Honda is different. Most of their lineup lacks GAWR data in these records. The Odyssey is a consistent outlier, sitting at 2833 front and 3197 rear across 2006-2009. The Ridgeline holds steady at around 3100 front and 3252 rear in its later years.
Hummer and Hyundai Limits
Hummer H2s are built tough. They hold a steady 4000 front and 5000 rear from 2006 through 2009. The H1 Alpha is even stiffer on the rear, hitting 6800 lbs.
Hyundai’s data is sparse. The Entourage minivan and Santa Fe SUV share identical limits: 2998 front and 3064 rear for the Entourage, and 2976 front and 3197 rear for the Santa Fe. These numbers remain static through 2008.
Infiniti and Isuzu Specs
Infiniti luxury models generally lack these commercial-style ratings. The QX56 and FX series don’t list front/rear splits in this data set.
Isuzu is interesting. The Ascender holds a consistent 2950 front and 3200 rear from 2006 to 2008. The i-290 and i-370 pickups share identical ratings: 2533 front and 2896 rear.
Jaguar and Final Notes
Jaguar entries from 2006 to 2009 are all blank. No GAWR data for S-Type, X-Type, XJ8, XK, or XF. This suggests they either don’t publish these specific axle limits in standard owner’s manuals or they aren’t relevant to the target market for these specific spec sheets.
The absence of data for so many vehicles highlights a gap in how manufacturers report weight limits. For enthusiasts modifying suspension or planning heavy loads, the lack of a front/rear split for most sedans and crossovers leaves you guessing. You have to rely on curb weight and payload capacity instead.
“The rear axle is usually the limiting factor. Always check the rear GAWR first.”
If you are towing, the GCWR matters more, but the axle limits are the hard physical constraints. Exceeding them doesn’t just void warranties. It breaks axles.
The Gap Between Data and Reality
Most of the tables above are filled with dashes. That’s not a formatting error. It’s an admission that for many sedans and crossovers, the manufacturer didn’t publish Gross Axle Weight Rating (GAWR) figures for the general public.
GAWR is the maximum safe load a single axle can support. It’s not theoretical. It’s stamped on a sticker inside your door jamb or listed in the owner’s manual. If you ignore it, you risk structural failure.
Some brands make this easy. Others make you dig.
Jeep: The Off-Road Standard
Jeep publishes GAWR for their rugged trucks and SUVs. This makes sense. Wranglers and Commanders are built for abuse. The Liberty (2006-2007) handles 2,750 lbs up front and 3,150 lbs in the back. The Wrangler (2006-2009) sees slight improvements over the years, moving from 2,200/2,650 lbs to a solid 2,650/3,400 lbs by 2009.
The Commander and Compass? Dashes. The Grand Cherokee? Also dashes in these years.
“Jeep publishes GAWR for their rugged trucks and SUVs. This makes sense. Wranglers and Commanders are built for abuse.”
If you’re towing a boat with a 2008 Patriot, you’re guessing. The Patriot lacks published front/rear axle limits in this data set.
Kia: The Value Pick
Kia’s data is spotty but specific when available. The 2006 Sorento and Sedona share identical ratings: 3,307 lbs front and rear for the Sorento, 2,998/3,064 lbs for the Sedona. The Sportage (2006-2008) is rated at 2,579 lbs front and 2,425 lbs rear.
By 2007, the Rio and Rio 5 get their own GAWR stats: 1,918 lbs front, 1,874 lbs rear. That’s a tight window. Pack too much cargo in the trunk of a 2007 Rio, and you might exceed the rear axle limit before you hit the vehicle’s total payload capacity.
The Borrego (2009) and other models like the Amanti and Optima show dashes. You’ll need to calculate this manually using curb weight and payload specs if you’re modifying these vehicles.
Land Rover: Luxury and Weight
Land Rover’s listings are almost entirely blank in these years. The LR2 (2009) breaks the streak with 2,885 lbs front and 2,995 lbs rear. But the Range Rover and LR3 for 2006-2009? Dashes.
This isn’t an oversight. It’s likely because these vehicles’ suspension and chassis dynamics are so complex that a single static number doesn’t tell the whole story. Or the data was simply never digitized for public comparison.
If you’re towing with a 2008 Range Rover Sport, check the placard. Don’t guess. The dash in this table means the data isn’t in the standard reference list.
Lexus: Precision Engineering
Lexus doesn’t publish GAWR for its luxury lineup. Not the ES 350. Not the LS 460. Not even the heavy GX 470 or LX 570.
Look at the 2009 table. Every single model from the IS-F to the RX 350 has a dash.
This is common for premium sedans. The focus is on total GVWR (Gross Vehicle Weight Rating) and GCWR (Gross Combined Weight Rating). The axle distribution is managed by sophisticated suspension tuning. If you’re overloading the rear of an LS 460, you might not blow a leaf spring (there aren’t any), but you’ll destroy the rear subframe mounts or cause dangerous handling quirks.
Lincoln: The Full-Size Heavyweights
Lincoln is one of the few brands here that publishes GAWR for its core heavy hitters. The Mark LT (2006-2008) is rated at 3,450 lbs front and 3,850 lbs rear. The Navigator holds steady at 3,300/4,128 lbs (2006) and tightens up to 3,350/4,300 lbs (2007-2008), then 3,450/3,850 lbs (2009).
Notice the rear axle jump in the 2009 Navigator. It drops from 4,300 to 3,850 lbs. Why? Likely a change in model year specifications or a shift in how the rating is calculated for the new trim levels. Check your door jamb sticker. The 2009 rating might be different for your specific configuration.
The MKZ and MKX? Dashes. Again, luxury crossovers and sedans often skip this specific public data point.
Mazda: The Pickup Surprises
Mazda’s B-Series pickups (B2300, B3000, B4000) have published GAWR. The B4000 (2006-2009) handles 2,850 lbs front and 2,750 lbs rear.
The Mazda3 and Mazda6? Dashes. Except for the performance variants. The 2007 MazdaSpeed3 has a GAWR of 2,216 lbs front and 2,064 lbs rear. The 2006 MazdaSpeed6 is 2,449/2,103 lbs.
Why publish for the Speed models and not the base models? Perhaps because Speed owners are more likely to modify or tow. Or perhaps the data was just easier to source.
The MX-5 (Miata) gets a rating in 2007 (2,449/2,103 lbs) but drops to a dash in 2006 and 2008. Inconsistent data tracking.
Mercedes-Benz: No Public Data
Mercedes-Benz. 2006-2009. Every single model from the C-Class to the SLR McLaren shows a dash.
This is frustrating for enthusiasts. If you’re towing a trailer with a 2009 ML550, you need to know if the rear axle can take the load. The ML350 also has a dash.
You have to rely on GVWR and curb weight. Subtract the curb weight from the GVWR to get payload. Then distribute that payload. But you won’t find a specific “2,xxx lbs per axle” number in this dataset.
“Mercedes-Benz. 2006-2009. Every single model from the C-Class to the SLR McLaren shows a dash.”
Mercury: The Ford Twins
Mercury shares platforms with Ford. The Mountaineer (2006) has a GAWR of 2,860 lbs front and 3,340 lbs rear. But from 2007-2009, it’s a dash.
The Grand Marquis, Mariner, Milan, Montego, and Sable all have dashes.
This suggests Mercury stopped publishing these specific axle ratings after 2006, or they never had them in the public database. Given the Ford connection, you might find better data by looking up the Ford Explorer (Mountaineer twin) or Ford Five Hundred (Milan twin). But strictly speaking, the Mercury-specific GAWR data disappears quickly.
MINI: The Small but Specific
MINI provides GAWR for its smaller models. The 2007 Cooper Convertible is rated at 1,918 lbs front and 1,697 lbs rear. The Cooper Hardtop is 1,929 lbs front, 1,653 lbs rear.
The 2008 Clubman matches itself: 1,830 lbs front and rear.
The 2009 John Cooper Works (JCW) models show higher rear capacity. The JCW Clubman is 1,929 lbs front and 1,863 lbs rear. The JCW Hardtop is 1,918 lbs front and 1,676 lbs rear.
Why the difference? The JCW models have stiffer suspension and reinforced components. The data reflects that. If you’re carrying heavy audio equipment in a JCW Clubman, the rear axle can handle more load than the base Cooper.
The Bottom Line
Look at the dashes. They’re not empty space. They’re missing information.
For Jeep, Lincoln, and MINI, you have concrete numbers. For Lexus, Mercedes, and most Mazdas, you don’t.
If you’re modifying a vehicle or towing a heavy load, the dash is a red flag. It means you need to calculate your payload manually.
- Find the GVWR (door jamb sticker).
2
Mitsubishi Load Limits and Nissan Front Axle Specs
Data is sparse here, but when it exists, it matters. The Mitsubishi Raider dominated the early entries with a split rating of 3100/3600 lbs front to rear. It held steady from 2006 through 2009. Every other Mitsubishi model—Eclipse, Endeavor, Galant, Lancer, Montero, Outlander—showed up with no GAWR data listed. You’re on your own for those unless you dig into the chassis manuals.
Nissan picked up the slack with some concrete numbers. The 2006 Altima carried 2399/1991 lbs. By 2007, the Frontier jumped to 3296/3197 lbs, and the Titan hit 3300/3800 lbs. The Frontier held that 3296/3197 split through 2009. The GT-R appeared in 2009 with no data, much like the Altima Hybrid, Armada, Maxima, Murano, Pathfinder, Quest, Rogue, Versa, and Xterra. If you’re towing with a Titan from that era, you have a rear axle that can handle 3800 lbs. That’s significant for a full-size truck platform.
Pontiac and Porsche Axle Ratings
Pontiac’s numbers were thin. The Torrent was consistent at 2535/2535 lbs from 2006 to 2009. The 2007 Grand Prix had a weird entry of 62/38 lbs. That looks like a data error or a placeholder in the source material. Ignore it. The G5, G6, G8, GTO, Grand Prix, Solstice, and Vibe had no GAWR figures listed across their production years. It’s a ghost town of data.
Porsche didn’t fare much better for enthusiasts looking for hard specs. The 2006 Cayenne had no data. The 2008 lineup—911, Boxster, Cayenne, Cayman—was all blank. Same for 2009’s 911 Carrera, Boxster, Cayenne, and Cayman. You won’t find GAWR ratings in these tables for any Porsche. You’ll need to look at the VIN decoding or owner’s manual for the actual axle limits.
Saab Load Capacity and Saturn Front Axle Specs
Saab entered the fray with the 9-7X. It carried 2950/3400 lbs from 2008 to 2009. The 9-2X, 9-3, and 9-5 had no data. The 9-7X was essentially a badged GMT900 truck, so those numbers align with the Yukon and Tahoe platforms. The rest of the lineup is a blank slate.
Saturn’s data is also limited but specific. The Outlook was the only model with consistent GAWR numbers, holding steady at 3197/3527 lbs from 2007 through 2009. The Aura, Aura Hybrid, Astra, Ion, Outback, Relay, Sky, VUE, and VUE Hybrid had no ratings listed. If you’re modifying a Saturn Outlook, you have a baseline. For everything else, you’re guessing or measuring.
Scion, smart, and Subaru GAWR Data
Scion offered almost nothing. The tC, xA, xB, xB, and xD all came up empty. No front or rear axle ratings in this dataset. It’s a gap in the record that makes heavy modification planning harder.
The smart fortwo appeared in 2008 with no data. Simple as that.
Subaru’s list was comprehensive but devoid of GAWR figures. From the 2006 B9 Tribeca, Baja, Forester, Impreza Sedan/Wagon/Outback Sport/WRX STi, Legacy Sedan/Wagon, Outback, to the 2009 Forester, Legacy, Outback, and Tribeca, every single model showed a dash. No numbers. You’ll need to consult the vehicle’s certification label or the manufacturer’s technical documents for actual load limits.
Suzuki Load Limits and Toyota Axle Ratings
Suzuki provided more utility data. The 2006 Aerio sat at 1918/1940 lbs. The Forenza was 1918/1764 lbs. The XL7 was 2205/2866 lbs. In 2007, the Aerio and Forenza held steady. The SX4 entered at 2050/1786 lbs. The XL7 jumped to 2590/2921 lbs. The 2008 Forenza remained 1918/1764 lbs, and the XL7 stayed at 2590/2921 lbs. The 2009 Equator, Grand Vitara, SX4, and XL7 had no data. The XL7’s rear axle capacity is nearly 3000 lbs. That’s respectable for a mid-size SUV.
Toyota’s data was scattered but clear on specific models. The 2006 Land Cruiser was 3595/4220 lbs. The RAV4 was 2535/2435 lbs. The 2007 Land Cruiser held 3595/4220 lbs. The RAV4 jumped to 4430/4730 lbs. The Tundra entered at 3900/3800 lbs. The 2008 Land Cruiser had no data. The RAV4 dropped back to 2535/2435 lbs. The 2009 RAV4 repeated the 2535/2435 split. Most other Toyotas—4Runner, Avalon, Camry, Highlander, Matrix, Prius, Sequoia, Sienna, Tacoma, Tundra (in 2009), Yaris, Venza, FJ Cruiser—had no GAWR figures listed.
The Tundra’s 2007 rating of 3900/3800 lbs is a standout. It shows a balanced load distribution compared to the RAV4’s front-heavy split in some years. The Land Cruiser’s rear axle handling 4220 lbs is robust. It’s built for work. The rest of the Toyota lineup is silent in this dataset. You’re left with the outliers.
Why These Numbers Matter
Missing data isn’t neutral. It forces you to look elsewhere. When the table is blank, you check the door jamb sticker. You check the VIN. You check the owner’s manual. The numbers in these tables are snapshots. They are not universal truths. They are what was recorded.
The Raider, Titan, Frontier, Torrent, 9-7X, Outlook, Aerio, Forenza, XL7, Land Cruiser, RAV4, and Tundra have concrete ratings. Use them. They are the anchors. The rest is speculation.
Speculation is dangerous when you’re loading a bed or towing a trailer. You don’t guess. You measure. You calculate. You respect the metal. The metal doesn’t care about your assumptions. It cares about the pounds.
The gap between what is listed and what is needed is where mistakes happen. A wrong axle load can break a leaf spring. It can snap a control arm. It can end a drive trip. It’s not worth it.
Stick to the numbers that are there. Trust the ones you can verify. The rest is noise.
What About Payload and Towing?
The tables here are just GAWR. They don’t tell you how much cargo you can carry. They don’t tell you how much you can tow. They don’t tell you the GVWR or GCWR. Those are different calculations. They require curb weight. They require payload capacity. They require engine specs. They require transmission cooling ratings.
If you need those numbers, you look for them. They are in the manuals. They are in the brochures. They are not in this list. This list is for axle limits. Just axle limits. Nothing more.
Don’t confuse GAWR with payload. Payload is what goes on top of the truck. GAWR is what the axle can hold. The difference is the vehicle itself. The tires. The suspension. The frame. The brakes.
It’s a chain. If one link breaks, the whole thing fails. The axle is a strong link. But it’s not the only one. Check the tires. Check the brakes. Check the frame.
The data ends here. The rest is up to you.
The data for Volkswagen and Volvo Gross Axle Weight Ratings (GAWR) paints a picture of two very different engineering philosophies in the mid-2000s. If you are looking at towing or heavy hauling, the numbers matter more than the badge.
Volkswagen GAWR
Volkswagen’s approach to axle ratings during this era was surprisingly sparse in public documentation. For the vast majority of their lineup—Golf, GTI, Jetta, Beetle (both coupe and convertible), Passat, Phaeton, Rabbit, and Touareg—the specific front and rear GAWR figures are not listed in standard consumer guides. This absence is frustrating if you are trying to calculate exact weight distribution, especially for the Touareg, which is built on a truck-like platform.
The 2008 R32 and 2009 Tiguan also lack these specific breakdowns in available sources. The Routan, their minivan entry, shares this gap.
Here is what we know about the available data points:
2006 Volkswagen Models
- Golf
- GTI
- Jetta
- Beetle Convertible
- Beetle Coupe
- Passat Sedan
- Phaeton
- Rabbit
- Touareg
2007 Volkswagen Models
- Eos
- GTI
- Jetta
- Beetle Convertible
- Beetle Coupe
- Passat Sedan
- Passat Wagon
- Rabbit
- Touareg
2008 Volkswagen Models
- Eos
- GLI
- GTI
- Jetta
- Beetle Convertible
- Beetle Coupe
- Passat Sedan
- Passat Wagon
- R32
- Rabbit
- Touareg 2
2009 Volkswagen Models
- Eos
- GLI
- GTI
- Jetta Sedan
- Jetta Sport Wagon
- Beetle Convertible
- Beetle Coupe
- Passat Sedan
- Passat Wagon
- Rabbit
- Routan
- Tiguan
- Touareg 2
For these vehicles, you have to rely on the Volkswagen GVWR (Gross Vehicle Weight Rating) and subtract the estimated front axle weight to get a rough rear estimate, or vice versa. It is not precise. If you are modifying a R32 for track use or towing with a Touareg, check the door jamb sticker. That is the only legal source of truth.
Volvo GAWR
Volvo was more transparent with its axle ratings, particularly for their larger platforms. The XC90 and the V70/XC70 lineup provide concrete numbers that you can actually use for load planning.
2006 Volvo Models
- C70
- S40
- S60
- S80: 2230/2290 (Front/Rear lbs)
- V50
- V70
- XC70
- XC90: 2820/3150 (Front/Rear lbs)
2007 Volvo Models
- C70
- S40
- S60
- S80
- V50
- V70
- XC70
- XC90: 2820/3150 (Front/Rear lbs)
2008 Volvo Models
The V70 saw a shift in its rating here.
* C30
* C70
* S40
* S60
* S80
* V50
* V70: 2690/2513 (Front/Rear lbs)
* XC70: 2800/2646 (Front/Rear lbs)
* XC90: **2820/31
