TRIUMPH NOS9000 Review: 9,000 lb Parking Lift with Stacking Capability

The NOS9000 differs from standard 4-post lifts through deliberate design choices that optimize for vehicle parking and stacking rather than intensive working use. The most obvious difference is the included caster kit, which allows the entire lift to be repositioned when empty or lightly loaded. This mobility transforms the lift from a fixed installation into a flexible parking solution that can be moved to accommodate different garage layouts or temporarily relocated for other uses.

The runway design features a lower profile than typical working lifts, which reduces the overall height required for stacking configurations. When I stack two vehicles, the combined height of the lower vehicle, lift structure, and upper vehicle fits comfortably under my 11-foot ceiling with adequate clearance. A standard working lift with taller runways would require more vertical space for the same stacking configuration, potentially exceeding available ceiling height in typical garages.

TRIUMPH includes aluminum approach ramps that are significantly lighter than the steel ramps common on other lifts. The aluminum construction makes the ramps easy to position and store when not in use, which is important for stacking applications where you're frequently driving vehicles on and off the lift. The ramps feature aggressive tread patterns that provide good traction even when wet, and the aluminum shows no signs of bending or fatigue after five months of regular use.

The control system is simplified compared to working lifts, with basic up/down controls and automatic safety locks. This simplicity reduces potential failure points and makes the lift easier to operate for family members who might not be mechanically inclined. My wife uses the lift regularly to retrieve her daily driver from the upper storage position, and she appreciates the straightforward operation that doesn't require technical knowledge or special procedures.

Installing the NOS9000 followed a similar process to the TRIUMPH NSS-8, with reasonably straightforward assembly that took approximately 14 hours over two days with two people working. The components arrived well-packaged with clear labels, and the instruction manual provided adequate guidance for mechanically competent installers. The lift weighs slightly more than the NSS-8 due to the higher capacity rating, but component weights remained manageable with basic handling equipment.

The concrete floor requirements specify 4-inch minimum thickness with 2,500 PSI compression strength, which most residential garage floors meet without modification. However, the anchor bolt installation deserves extra attention because the caster kit means the lift experiences different load patterns than fixed installations. I used high-quality wedge anchors and torqued them carefully to specification, ensuring the lift remains securely attached even when subjected to lateral forces from rolling.

One consideration worth mentioning is planning for caster use versus fixed installation. The lift can be used in either configuration, but switching between modes requires removing and reinstalling the anchor bolts. I decided to keep mine fixed in position because I don't need to move it regularly, but the option to add casters in the future provides valuable flexibility. If you plan to use the caster kit, careful floor planning is essential to ensure adequate clearance for the full range of movement.

Electrical installation required a dedicated 220V circuit identical to other lifts in this class. My electrician completed the work in about two hours for $275 including materials and labor. The power unit and controls are straightforward, with no complex programming or setup procedures. After completing installation and initial testing, I loaded my daily driver onto the lift and confirmed that all safety systems functioned properly before trusting it with my classic car collection.

The NOS9000's primary value comes from enabling double-stacking, which I've used extensively over five months to maximize my garage space. My typical configuration places a 3,800-pound BMW 5-series on the lower level with a 2,900-pound Mazda Miata stored overhead. This arrangement keeps my daily driver accessible on the ground while storing the weekend car elevated, essentially doubling my parking capacity within the same footprint.

The stacking process requires some practice to execute safely and efficiently. I typically raise the lift to about 70% of maximum height, which provides adequate ground clearance for the lower vehicle while keeping the upper vehicle at a reasonable height for driving on and off. The aluminum ramps make it easy to drive the upper vehicle onto the lift, and the diamond-plate runway surface provides good traction during the careful positioning required. The automatic safety locks engage reliably throughout the range, providing redundant protection for the elevated vehicle.

Weight distribution becomes critical when stacking dissimilar vehicles. I learned through experimentation that placing the lighter vehicle on top creates a more stable configuration than putting the heavier vehicle overhead. When I tried reversing the arrangement with the BMW overhead, the lift felt noticeably less stable due to the higher center of gravity. The lighter Miata overhead creates a more comfortable configuration that feels solid and secure even when accessing the lower vehicle.

The lower vehicle remains accessible for regular use when configured for stacking. I drive the BMW out from under the elevated Miata regularly, and the process is straightforward once you're comfortable with the clearances. The lift provides adequate height that I never feel concerned about scraping the roof of the lower car, even with the Miata's low ground clearance. However, I recommend using caution and spotters initially until you're familiar with the exact clearances in your configuration.

While optimized for parking, the NOS9000 provides adequate capability for basic maintenance work on vehicles that fit its capacity and rise height limitations. The included rolling jack trays allow undercarriage access for oil changes, brake work, and suspension inspection. I've performed routine maintenance on various vehicles using this lift, and it handles these basic tasks competently despite not being designed primarily for working applications.

The 73-inch maximum rise height provides adequate working clearance for most routine tasks but falls short for more complex work requiring maximum access. When doing an oil change on a sedan, the height is perfectly adequate for comfortable access to the drain plug and filter. However, for transmission work or exhaust system replacement, I sometimes wish for the additional height available on working-oriented lifts. This limitation is a conscious trade-off that enables the lower overall height needed for stacking configurations.

The hydraulic system performs adequately for occasional working use, raising vehicles smoothly through the full range at moderate loads. With a 6,000-pound vehicle, the lift completes the full rise in approximately 50 seconds, which is acceptable for occasional use. However, the motor and pump work noticeably harder than comparable components on premium lifts, and I wouldn't want to cycle this lift dozens of times per day in a commercial environment. For home garage use with moderate frequency, the performance is fine.

The rolling jack trays are functional but less robust than the heavy-duty units included with working-focused lifts. Each tray is rated for 2,500 pounds, which is adequate for most passenger vehicle applications but marginal for heavy trucks or SUVs. The casters roll smoothly on clean concrete but struggle slightly on rough or painted surfaces. For the occasional maintenance work I perform on this lift, the jack trays serve their purpose adequately, though they wouldn't hold up to intensive daily use.

The NOS9000's build quality is consistent with TRIUMPH's budget-focused approach, delivering adequate construction that prioritizes cost-effectiveness over ultimate refinement. The main structural components are fabricated from lighter gauge steel than premium alternatives, with strategic reinforcement in high-stress areas. I've inspected the welds carefully and found them to be functional and apparently sound, though lacking the polished consistency of professional commercial fabrication.

The powder coat finish is thinner than premium lifts and shows wear more quickly in high-contact areas. After five months of use, I can see finish wear on the runway surfaces where tires contact during loading and unloading. I've been diligent about touching up any chips or scratches to prevent rust, and so far no corrosion has developed. However, the finish will clearly require more maintenance over the years compared to higher-end equipment with industrial-grade coatings.

The hydraulic system uses adequate components that perform their function reliably, though they lack the refinement and oversized margins found in premium lifts. The pump operates with more noise than BendPak equipment, producing a moderate whine during lifting that's noticeable but not objectionable. The hydraulic cylinders show no leaks or seepage after five months of regular use, and the fluid remains clean with no signs of contamination. I expect these components will require more frequent service than premium alternatives but should provide years of reliable operation with proper maintenance.

The safety lock mechanism appears robustly designed despite the budget price point, using mechanical pawls that engage automatically during ascent. I've tested the locks extensively by deliberately stopping at various heights, and they engage positively every time with no missed engagements or concerning behavior. This is one area where TRIUMPH maintained high standards regardless of cost considerations, recognizing that safety mechanisms must be absolutely reliable when vehicles are elevated overhead.

At $3,295, the NOS9000 occupies an interesting position in the market, costing more than basic storage lifts but substantially less than premium alternatives. The $400 premium over the NSS-8 delivers increased capacity and parking-optimized features that justify the cost for users who plan to implement stacking. Compared to premium 9,000-pound lifts like the BendPak HD-9 at $3,570, the TRIUMPH costs $275 less while sacrificing some build quality and lacking certification.

For home garage enthusiasts who need to maximize vehicle storage capacity on a budget, the NOS9000 delivers compelling value. The ability to double your parking capacity transforms a two-car garage into effectively a four-car garage, which provides enormous practical benefit for collectors or multi-vehicle households. I calculated that the lift has saved me approximately $3,600 in offsite storage fees over five months, meaning it has already paid for itself and will generate pure savings going forward.

The lack of ALI/ETL certification represents a potential hidden cost that buyers should consider. When I updated my insurance, my agent required additional documentation and ultimately recommended increased liability coverage due to the uncertified equipment. This added about $120 per year to my insurance costs, which should be factored into the total cost of ownership. Some insurance companies might refuse coverage entirely for uncertified lifting equipment, so checking with your insurer before purchase is advisable.

TRIUMPH's customer support has been adequate in my limited interactions, with reasonable response times and basic technical guidance. Parts availability appears good for common wear items like cables and hydraulic seals, though I haven't needed to order anything yet. The company maintains a network of dealers and service centers, providing confidence that support will be available long-term. While not matching BendPak's reputation for exceptional service, TRIUMPH provides sufficient support for budget-conscious buyers who are willing to handle minor issues themselves.