You know your 0-60 time. You check the EPA-estimated MPG. You measure the cargo volume in cubic feet. But there is a number hiding on your door jamb that most drivers ignore until it is too late. That number is the gross axle weight rating, or GAWR.
It is not a suggestion. It is a hard limit. Whether you drive a Honda Civic, a Ford F-150, or a massive Class C motorhome, this figure dictates the maximum weight your front axle and rear axle can legally and safely support. If you ignore it, you are gambling with your steering, your brakes, and your tires.
What is the GAWR definition?
The GAWR is the manufacturer’s specified maximum allowable weight for an individual axle. Front axle, rear axle. Each has its own number. It includes the weight of the vehicle itself, plus passengers, cargo, fuel, and any trailer tongue weight pressing down on the hitch.
Do not confuse this with the actual weight on the axle right now. That is the gross axle weight, or GAW. The GAW changes every time you load the car. The GAWR stays fixed.
Think of a pickup truck carrying four 100-pound boulders in the bed. That is 400 pounds of extra weight. The GAW goes up by 400 pounds. Drop the boulders, and the GAW drops by 400 pounds. The GAWR? It did not move an inch. It is a ceiling, not a current reading.
Why is exceeding GAWR so dangerous?
Safety is the only reason this limit exists. Overloading an axle does not just make the car heavy; it breaks the physics of how the car is designed to handle force.
If you overload the rear axle:
– Steering becomes sluggish because the front tires are starved of load and traction.
– Braking efficiency drops sharply. Front brakes do most of the work; if the rear is dragging, the balance is wrecked.
– Rear tires face catastrophic failure. Blowouts are not a theory. They are a statistical certainty under extreme stress.
– Suspension components bend or snap. If a control arm or spring fails, you lose the vehicle.
Uneven loads make this worse. Weight distribution matters as much as total weight. A trailer is no exception. Its manufacturer sets its own GAWR limits, and ignoring them is just as reckless as overloading the tow vehicle.
Where to find your GAWR
Look inside the driver’s door frame. Specifically, the area where the latch mechanism sits. There is a placard there. It lists curb weight, payload capacity, tire pressure, and the GAWR for both axles.
If you cannot find the sticker, or if the car is used and the sticker is gone, check the manufacturer’s online database. Most OEMs publish this data by make, model, and year.
GAWR Data: Acura
For Acura owners, the numbers vary by model year and specific model. Below is a breakdown of available GAWR data (front/rear) for select models. Note that a dash (-) indicates the data is not available in this source.
2006 Models
– MDX: –
– RL: –
– RSX: –
– TL: –
– TSX: –
2007 Models
– MDX: 2888 / 3175
– RL: –
– RDX: 2546 / 2381
– TL: –
– TSX: 2335 / 2030
2008 Models
– MDX: 2888 / 3175
– RL: –
– RSX: 2546 / 2381
– TL: –
– TSX: 2335 / 2030
2009 Models
– MDX: 2888 / 3175
– RL: –
– RSX: 2546 / 2381
– TSX: 2325 / 2090
GAWR Data: Audi
Audi’s GAWR data is similarly sparse in this dataset. Check your door jamb for the definitive number if it is missing below.
2006 Models
– A3, A4, A6, A8, S4, TT: –
2007 Models
– A3, A4, A6, A8, Q7, RS4, S4, S6, S8: –
2008 Models
– A3, A4, A5, A6, A8, Q7, R8, RS4, S4, S5, S6, S8, TT: –
2009 Models
– A3, A4, A5, A8, Q7, R8, S4, S5, S8, TT: –
These numbers are not arbitrary. They are the result of engineering calculations on tire load ratings, suspension geometry, and chassis strength. Ignoring them means you are driving a machine outside its designed operational envelope.
Where to find GAWR data for mid-2000s GM and GM-badged trucks
The data gap is glaring. For most 2006-2009 BMW models, the ground clearance and weight ratings are simply missing. You’ll see dashes next to the 335i, X5, and M5. The only exception is the 2007 Z4, listed at 2767/3770. If you’re looking up these numbers for a specific project or insurance form, you’re likely hitting a dead end with this dataset.
Buick offers a slightly better chance, but mostly for the SUVs. The 2006 and 2007 Rainier sits at 2950/3200. The Enclave, introduced in 2008, jumps to 3197/3527. The Terraza shows 1148/960, which seems like a typo or a very specific component weight, but that’s what the source says. The sedans like the LaCrosse and Lucerne? Empty.
Which Cadillac models have published GAWR figures?
Not many. The 2006 and 2007 CTS is consistent at 2232/2379. The Escalade lineup has some numbers for 2006 only: the standard model at 3350/4000, the ESV at 3060/2809, and the EXT at 3800/4000. After 2006, the data vanishes. The CTS-V, DTS, and STS are all blank across every year.
Chevrolet truck GAWR specs: 2006 to 2009 breakdown
This is where the table gets dense. The Silverado hierarchy is clear.
- Silverado 1500 : 3650/4000 in 2006, dropping to 3650/3950 in 2007-2008. The 2009 entry looks odd: 6800/3650. That front number is massive compared to the rear.
- Silverado 2500 HD : Consistent at 4410/6084 for most years, though 2007 and 2008 list 4200/6084.
- Silverado 3500 HD : 4670/8550 in 2006. 2007 and 2008 list 4200/6390. 2009 stays at 4200/6390.
- Suburban 1500 : 3200/4000 (2006), 3300/4200 (2007-2009).
- Tahoe : 3200/3750 (2006), 3200/4100 (2007-2009).
- Colorado : 2533/2896 for 2006-2008. 2009 lists 5000/2633, another significant front-heavy shift.
The Avalanche 1500 sits at 3400/4000 in 2006 and 3400/4100 from 2007 onward. The Equinox is steady at 2535/2535 across all four years. The TrailBlazer drops from 2950/3200 to 2450/3200 in 2009.
Chrysler and Dodge GAWR values for trucks and SUVs
The Ram trucks are the most consistent entries here.
- Ram 1500 : 3700/3900 for 2006-2008. No data for 2009.
- Ram 2500 : 4410/4630 in 2006 and 2009. 2007 and 2008 list 4410/6000.
- Ram 3500 : 4110/9350 in 2006. 2007 and 2008 list 4110/9350. 2009 jumps to 4750/6200.
The Durango is stable at 3100/3900 from 2006 through 2008. The 2009 Durango Hybrid is 3600/3900. The Dakota pickup is 3100/3600 for 2006, 2007, and 2009. The 2008 Dakota is missing. The Aspen SUV sits at 3100/3900 for 2007-2008, and the 2009 Aspen Hybrid is 3600/3900.
Why so many dashes in the GAWR database?
Because manufacturers don’t always publish axle-level weight ratings in the same format for every model year. The absence of data for sedans like the Impala, Malibu, or 3 Series isn’t a mystery; it’s a documentation gap in this specific source. If you need these numbers for a structural calculation, don’t rely on this list for the missing entries. Check the owner’s manual or the federal motor vehicle safety standards for the exact trim you have. The 2009 Silverado 1500 front rating of 6800 is the kind of outlier that suggests a data entry error or a specialized heavy-duty configuration, not a standard passenger truck spec.
Ford GAWR ratings: F-350, E-Series, and the missing numbers
The 2006-2009 Ford lineup shows a clear divide between the heavy trucks and everything else. If you are looking for Gross Axle Weight Rating on a standard passenger car like the 2006 Crown Victoria, Mustang, or Focus, the data is empty. That dash means the manufacturer did not publish a specific GAWR for those front-wheel-drive or rear-wheel-drive sedans in this dataset.
But the trucks? Those have real numbers.
The 2006 Ford E-150 sits at 3,240 lbs front and 3,800 lbs rear. Step up to the E-250, and the rear axle jumps to 5,520 lbs. The E-350 Super Duty pushes that rear number to 6,195 lbs. These figures matter if you are installing a heavy fifth wheel or a large camper. The front axle on the E-150 is barely enough for a full tank of gas and a crew of five; the rear axle is where the work gets done.
By 2008, the F-Series got a bump. The 2008 F-350 rear rating drops slightly to 6,262 lbs compared to the 7,000 lbs in 2006 and 2007. Wait. Let me double-check that. In the 2006 and 2007 tables, the F-350 rear is 7,000 lbs. In 2008, it is 6,262 lbs. That is a significant drop. Unless the trim or configuration changed, that is a major spec shift. The F-450 appears in 2008 with a massive 9,500 lbs rear rating. That is a commercial-grade number.
The F-150 stays consistent. 3,450 lbs front, 3,800 lbs rear for 2006 and 2007. In 2008 and 2009, the rear jumps to 6,100 lbs? No, looking at the 2008 data, the F-150 rear is 6,100 lbs. That seems high for a half-ton. Let me re-read. Ah, the 2008 F-150 rear is listed as 6,100 lbs in the table provided. That is unusual. Most F-150s are rated around 4,800-5,000 lbs rear. If the source says 6,100, it likely refers to a specific heavy-duty configuration or there is a data entry anomaly in the source material. However, based strictly on the provided text, the 2008 F-150 is listed at 3,800 lbs front and 6,100 lbs rear.
GMC Sierra and Yukon axle limits
GMC follows a similar pattern. The 2006 Sierra 1500 is rated 3,150 lbs front and 3,686 lbs rear. The Sierra 2500 is the workhorse here: 4,410 lbs front, 6,084 lbs rear. The Sierra 3500 tops it out at 4,800 lbs front and 6,500 lbs rear.
Notice the Yukon numbers. The 2006 Yukon is 3,200 lbs front, 3,750 lbs rear. The Yukon XL stretches that rear to 4,000 lbs. By 2007, the Yukon XL rear rating rises to 4,200 lbs. The 2007 Sierra 2500 drops to 4,200 lbs front and 6,084 lbs rear. The Sierra 3500 rear stays at 6,390 lbs from 2007 through 2009.
The Canyon is the outlier. 2,533 lbs front, 2,896 lbs rear in 2006 and 2007. In 2009, the front bumps to 2,633 lbs. It is a midsize truck, so do not expect it to carry what the Sierra does.
Honda, Hummer, Hyundai, and the rest
Honda’s data is sparse. The 2006 Ridgeline is listed at 309 lbs front and 3,252 lbs rear. That 309 lbs figure is almost certainly a typo in the source data. A front axle rating of 309 lbs is impossible for a full-size truck; it likely should be 3,090 lbs or similar. The rear 3,252 lbs is reasonable for a Ridgeline. The Odyssey is consistent at 2,833 lbs front, 3,197 lbs rear from 2006 to 2009. The 2009 Pilot rear rating rises to 3,196 lbs.
HUMMER keeps it simple. The H2 is steady at 4,000 lbs front, 5,000 lbs rear from 2006 to 2009. The H1 Alpha in 2006 is the king: 4,100 lbs front, 6,800 lbs rear. It is gone by 2007. The H3 has no data.
Hyundai has almost nothing. The 2007 Entourage is 2,998 lbs front, 3,064 lbs rear. The Santa Fe is 2,976 lbs front, 3,197 lbs rear. Everything else, from the Accent to the Sonata, is a dash.
Isuzu and Jaguar are similar. The 2006 Isuzu Ascender matches the GMC Envoy at 2,950 lbs front, 3,200 lbs rear. The i-280 is 2,533 lbs front, 2,896 lbs rear. Jaguar? All dashes. The S-Type, X-Type, XK, and XJ8 have no GAWR data in this set.
Why are so many dashes?
Because GAWR is primarily a truck and heavy SUV metric. For most passenger sedans, the manufacturer relies on GVWR (Gross Vehicle Weight Rating) for the whole vehicle, not axle-specific ratings. If you are buying a 2007 Focus or a 2008 Accord, you do not need to know the front axle rating; you need to know the total payload. But if you are looking at a 2008 F-450 with a 9,500 lbs rear rating, you need to know exactly what that number means for your trailer setup.
The data is inconsistent across brands. Ford provides more detail. GMC is solid. Honda has a clear error in the Ridgeline front rating. Hyundai and Infiniti provide almost nothing. Check your specific VIN and owner’s manual for the exact plate on your vehicle. These tables are a starting point, not a guarantee.
Why Land Rover LR2 and Lexus data barely overlap
You might expect the 2006-2009 data to cover every major badge. It doesn’t. The Land Rover LR2 GAWR specs only appear for the 2009 model year, sitting at 2,885 pounds up front and 2,995 in the rear. Earlier years? Blank. The LR3 and Range Rover lines show nothing for these four years. That’s a gap you’ll want to fill with a dedicated sheet if you’re restoring an 07 LR3.
Lexus is worse. Every single model listed from 2006 to 2009 has a dash. No GAWR figures for the GX 470. None for the RX 350. Even the LS 600h, which launched in 2008, has no axle load data here. If you’re checking axle limits for a 2008 Lexus LS 460, this table won’t help. You’ll need to hunt through owner’s manuals or dealer records.
How Lincoln Navigator axle loads shifted
The Lincoln Navigator GAWR chart tells a quiet story. In 2006, the Navigator carried 3,300 pounds on the front axle and 4,128 on the rear. By 2007, the rear jumped to 4,300. The front stayed steady at 3,350 for 2007 and 2008. Then, in 2009, the front crept up to 3,450 while the rear settled back to 3,850.
Axle load ratings aren’t static. They shift with transmission changes, brake upgrades, and chassis tweaks across model years.
The Mark LT is more consistent. From 2006 through 2008, it held 3,450 front and 3,850 rear. The 2009 entry lists the same figures, though the Mark LT was effectively phased out, replaced by the MKT. If you’re weighing a late 2000s Mark LT for a heavy cargo setup, those numbers are your baseline.
Mazda truck and sports car axle limits
The Mazda GAWR data is sparse but useful for specific builds. The B2300 pickup stayed locked at 2,400 front and 2,750 rear from 2006 through 2009. No variation. The B4000 matched that rear figure at 2,750, with a front load of 2,850.
Sports cars get trickier. The Mazda6 in 2006 carried 2,372 front and 2,119 rear. By 2008, the standard Mazda6 dropped to 2,216 front and 2,064 rear. The 2009 model showed 2,286 front and 2,062 rear. Why the dip? Likely a tune-up in suspension calibration or weight distribution for the updated chassis.
The MX-5 is the outlier. In 2007, the Miata carried 2,449 front and 2,103 rear. That’s a lot of weight on the nose for a lightweight roadster. The 2006 and 2008 entries are blank, so if you’re restoring an 06 Miata, you’re on your own with those numbers.
Why Mercedes and MINI data is mostly missing
The Mercedes-Benz GAWR list is a wall of dashes. C-Class, E-Class, S-Class, ML, GL, SLR McLaren. No axle load data for 2006-2009. The G500 and G55 appear in later years but still show nothing. If you’re working on a 2007 ML350 and need to know how much weight the front axle can take, this table won’t answer that. You’ll have to dig into the technical specifications booklet or contact a specialist.
MINI is similar, but with a few data points. The 2007 Cooper Convertible carried 1,918 front and 1,697 rear. The Hardtop was slightly different: 1,929 front, 1,653 rear. By 2008, the Cooper Clubman balanced out at 1,830 on both axles. The 2009 John Cooper Works models pushed the front axle to 1,918 for the Hardtop and 1,929 for the Clubman. The rear stayed close, around 1,676 to 1,863 depending on the trim.
Axle loads on small cars like the MINI can look low, but they’re tightly managed. Exceeding them risks premature bushing wear and alignment drift.
Jeep Wrangler axle limits across the decade
The Jeep Wrangler GAWR specs are the most consistent in this dataset. The 2006 Wrangler carried 2,200 front and 2,650 rear. By 2007, the front jumped to 2,650 and the rear to 3,400. That’s a significant shift, likely tied to the JK platform’s reinforcement. The Wrangler Unlimited matched those 2,650/3,400 figures from 2008 through 2009.
The Liberty is simpler. From 2006 to 2007, it carried 2,750 front and 3,150 rear. After that, the data cuts off. The Commander, Compass, Patriot, and Grand Cherokee all show dashes throughout the four years. That’s a red flag if you’re relying on this source for a 2008 Grand Cherokee build. You’ll need to verify those numbers separately.
Kia and Mercury: the quiet years
Kia’s GAWR data is thin. The 2006 Sedona and Sorento carried 2,998/3,064 and 3,307/3,307 respectively. The Sportage held 2,579 front and 2,425 rear from 2006 through 2008. By 2009, the Borrego appeared but with no data. The Rio and Rio 5 showed 1,918 front and 1,874 rear in 2007 and 2008, then vanished.
Mercury is even quieter. The Mountaineer is the only model with data, and only for 2006: 2,860 front and 3,340 rear. After that, the Grand Marquis, Mariner, Milan, Monterey, and Sable all show blanks. If you’re restoring a 2007 Mercury Mountaineer, you’re in luck. If you’re looking at a 2009 Sable, you’re out of luck here.
What this table actually tells you
These numbers are snapshots, not a complete picture. Some brands provided axle load data for specific models and years. Others didn’t. The gaps are real. If you’re building a trailer hitch setup, checking tire load capacity, or planning a heavy cargo haul, you need to verify these figures against the vehicle’s door jamb placard or the owner’s manual. This table is a starting point, not a guarantee.
The GAWR front rear axle load data for 2006-2009 is uneven. Some models have solid numbers. Others are missing entirely. That’s the reality of older automotive data. You’ll need to cross-reference. And if you’re working on a Land Rover, Lexus, or Mercedes from this era, expect to do more digging than just reading a table.
Why most 2006-2009 model-year GAWR data is missing
You probably expected a full table. You got a lot of dashes instead.
For Mitsubishi, Nissan, Porsche, Saab, Saturn, Scion, smart, Subaru, and Toyota, the vast majority of entries from 2006 through 2009 show no listed Gross Axle Weight Rating. The data is simply absent. If you are trying to calculate payload for a 2008 Ford F-150, you are in luck. If you are trying to do the same for a 2008 Toyota RAV4, the chart offers nothing.
This leaves a very specific list of vehicles where the numbers actually exist.
The few models with actual GAWR figures listed
Here is where the data lands. These are the only models in this dataset that provide specific front/rear GAWR numbers.
Mitsubishi Raider
Consistent numbers across 2006, 2007, 2008, and 2009.
– Front: 3100 lbs
– Rear: 3600 lbs
Nissan Altima
– 2006: 2399/1991 lbs
Nissan Frontier
– 2007, 2008, 2009: 3296/3197 lbs
Nissan Titan
– 2007: 3300/3800 lbs
Pontiac Grand Prix
– 2007: 62/38 lbs
This is an outlier. It looks like a typo in the source data. A Grand Prix does not have a GAWR of 62 pounds. It is likely a data entry error, but that is what is recorded here.
Pontiac Torrent
– 2006: 2535/2535 lbs
– 2007: 2535/2535 lbs
– 2009: 2535/2535 lbs
Saab 9-7X
– 2008: 2950/3400 lbs
– 2009: 2950/3400 lbs
Saturn Outlook
– 2007: 3197/3527 lbs
– 2008: 3197/3527 lbs
– 2009: 3197/3527 lbs
Suzuki Aerio
– 2006: 1918/1940 lbs
– 2007: 1918/1940 lbs
Suzuki Forenza
– 2006: 1918/1764 lbs
– 2007: 1918/1764 lbs
– 2008: 1918/1764 lbs
Suzuki SX4
– 2007: 2050/1786 lbs
Suzuki XL7
– 2006: 2205/2866 lbs
– 2007: 2590/2921 lbs
– 2008: 2590/2921 lbs
Toyota Land Cruiser
– 2006: 3595/4220 lbs
– 2007: 3595/4220 lbs
Toyota RAV4
– 2006: 2535/2435 lbs
– 2007: 4430/4730 lbs
– 2008: 2535/2435 lbs
– 2009: 2535/2435 lbs
Note the jump in 2007. That is a massive increase from the 2006 and 2008 figures. Double-check your source if you are using this for a build.
Toyota Tundra
– 2007: 3900/3800 lbs
How to handle missing GAWR data
If your model year and make are not in the list above, the data is missing. You cannot calculate axle load distribution without those numbers.
Do not guess. Do not average the front and rear weights of a similar car. Axle ratings are specific to the suspension, tire size, and drivetrain configuration.
GAWR is the maximum weight an individual axle can support. Exceeding it breaks the suspension and ruins your alignment.
If you need the figure for a vehicle not listed here, you have to find the door jamb sticker or the owner’s manual. The internet is full of “GAWR charts” that are just this: mostly empty tables.
Which cars have the highest rear GAWR in this set?
Looking at the available numbers, the Mitsubishi Raider and Nissan Titan lead the pack on rear axle capacity.
- Mitsubishi Raider: 3600 lbs rear
- Nissan Titan: 3800 lbs rear (2007)
- Toyota Tundra: 3800 lbs rear (2007)
- Saab 9-7X: 3400 lbs rear
- Saturn Outlook: 3527 lbs rear
These are heavy vehicles. They are built to carry weight. The passenger cars like the Nissan Altima or Suzuki Forenza have much lower ratings, often under 2000 lbs per axle.
If you are towing, the rear GAWR matters more than the front. That is where the hitch load sits. If your rear GAWR is 1900 lbs and you are putting 1500 lbs on the hitch plus the trailer tongue, plus the fuel, plus the passengers, you are right at the edge.
Why the 2007 Toyota RAV4 number looks wrong
The 2007 RAV4 is listed at 4430/4730 lbs. The 2006 and 2008 models are 2535/2435 lbs.
A RAV4 is a compact SUV. It does not have an axle rating of 4730 lbs. That is truck territory. The 2535/2435 lbs figure is consistent with a vehicle of that size and weight. The 2007 entry is likely a data error in the source.
If you are building a trailer or calculating load for a 2007 RAV4, ignore the 4430/4730 number. Use the 2535/2435 figure, which matches the surrounding model years. Always cross-reference. If one year jumps by 2000 lbs and the years before and after are normal, suspect the outlier.
The reality of these charts
This data set covers 2006 to 2009. It is a narrow slice. It misses the earlier models and the later ones. It misses the detailed specs for most cars.
If you are a gearhead, you know that GAWR is not the only number that matters. You need the GVWR, the payload capacity, and the tongue weight limit. GAWR is just one piece of the puzzle. It tells you how much weight the front or rear axle can take. It does not tell you how much the whole car can carry.
For the models listed above, you have the axle numbers. For everything else, you are on your own. Check the door jamb. Call the dealer. Look at the manual. Do not trust a chart that is 90% dashes.
The Mitsubishi Raider is the most consistent data point in this entire set. Same numbers for four years. 3100/3600. If you are looking for a reliable reference in this dataset, that is it.
Everything else is either missing or suspect. Handle the numbers with care. Your suspension will thank you. Or it will break. Depends on if you did the math right.
Where the data gets thin: VW and Volvo GAWR gaps
The numbers for Volkswagen are mostly absent. For the 2006 through 2009 model years, the GAWR figures for the Golf, GTI, Jetta, Beetle (both convertible and coupe), Passat (sedan and wagon), Phaeton, Rabbit, and Touareg are all listed as dashes. That covers a wide range of platforms, from the compact Rabbit to the luxury Phaeton and the larger Touareg, yet no specific front or rear axle limits are provided here. It’s a significant void if you’re trying to calculate load distribution for a heavily loaded 2008 Passat Wagon or a 2009 Tiguan.
The situation changes slightly for Volvo, but only just. The 2006 S80 stands out with a recorded GAWR of 2230 lbs front and 2290 lbs rear. The XC90 is consistent across 2006 and 2007, holding at 2820 lbs front and 3150 lbs rear. By 2008 and 2009, the V70 drops to 2690 lbs front and 2513 lbs rear, while the XC70 sits at 2800 lbs front and 2646 lbs rear. The XC90 maintains its 2006-2007 figures in these later years. Most other Volvo models, including the C30, C70, S40, S60, and V50, lack these specific axle ratings in this dataset.
The absence of data is itself a data point. It means you can’t assume symmetry or rely on generic class averages for these specific VINs.
Why these specific numbers matter for loading
Knowing the GAWR isn’t just about trivia. It dictates how much weight you can place on the front axle versus the rear axle without compromising structural integrity or tire safety. For a vehicle like the 2006 Volvo S80, with a front rating of 2230 lbs, you have a hard ceiling before the suspension components or wheels start to fail under stress. The rear, at 2290 lbs, offers slightly more margin, which is typical for sedans where the engine weight is front-biased.
The Volvo XC90, however, shows a much higher capacity, particularly in the rear at 3150 lbs. That extra 860 lbs over the front axle suggests a design tailored for heavier loads in the back, whether that’s passengers, cargo, or a towing hitch setup. If you are looking at towing capacities for these models, the GAWR is the floor you must not break. Exceeding it, even slightly, can lead to premature tire wear, brake failure, or chassis damage.
Comparing the available figures
When you strip away the missing entries, the pattern is clear. The larger, more capable vehicles have higher GAWR numbers. The Volvo XC90 and XC70 both exceed 2800 lbs on the front axle, a figure not seen in the passenger cars. The VW Touareg, despite being a large SUV, has no listed GAWR in this dataset, which is frustrating for enthusiasts trying to compare it against the Volvo options.
The 2008 and 2009 Volvo V70 figures of 2690/2513 lbs are lower than the XC90’s 2820/3150. This makes sense given the V70 is a wagon and the XC90 is a full-size SUV. The weight distribution matters. If you’re loading a V70 for a family trip, you’re working with tighter margins than you are with an XC90. The XC70 sits in between, with 2800/2646 lbs, offering more rear capacity than the V70 but less than the XC90.
What to do when the data is missing
If you’re dealing with a VW model from this list and the GAWR is a dash, you can’t guess. You need to look at the door jamb sticker on the specific vehicle. That label provides the exact GAWR for that chassis number. It also lists the
