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BENDPAK 10APX-181, Two-Post Lift, 10K Capacity
BendPak 10APX-181 - 10,000 lb Extended-Height Two-Post Lift for High-Roof Vehicle Service
The 10APX-181 delivers **10,000 lb lifting capacity** with industry-leading **181-inch overhead clearance**, specifically engineered for high-roof cargo vans, electric vehicles, and commercial fleet service. Featuring patented Bi-Metric swing arms and ASARS restraint systems, this clearfloor lift handles everything from low-profile EVs to tall commercial vehicles.
Key Features & Benefits
Extended Height Leadership
The 10APX-181's **181-inch overall height** provides 20-30 inches more clearance than standard 10,000 lb lifts, enabling service of high-roof cargo vans and lifted trucks that cannot be accommodated by conventional equipment. This extended overhead beam design eliminates the need for multiple lift configurations in mixed-fleet operations.
Traditional two-post lifts with 140-160 inch heights fail when servicing Mercedes Sprinters, Ford Transits, or lifted pickup trucks requiring extended undercarriage access. The extended height addresses this industry-wide challenge by providing maximum working clearance for technicians performing drivetrain, suspension, and exhaust system work.
This enables shops to service the complete spectrum of modern vehicles without investing in specialized high-bay equipment. The additional clearance improves technician comfort and reduces back strain during extended service procedures on tall commercial vehicles.
Patented ASARS Safety System
The Automatic Swing Arm Restraint System (ASARS) delivers **2,000+ lb of clamping force** through a 360-degree load-holding grip engineered from heavily forged steel. This patented mechanism automatically secures swing arms against unplanned movement when vehicles are lifted, maintaining position even under elevated forces during component removal.
Traditional restraint systems fail when technicians remove heavy drivetrain components like engines, transmissions, or axles. ASARS addresses this industry-wide challenge by providing automatic adaptive grip that engages on contact with the vehicle, requiring no manual lock activation or adjustment during the lifting process.
This enables safer component extraction and installation by eliminating arm slippage risks. The quick-release operator lever provides instant pressure release when needed, without compromising the system's holding strength during active service operations.
Bi-Metric Arm Versatility
The triple-telescoping Bi-Metric swing arms accommodate both **symmetric and asymmetric vehicle positioning** from a single hardware configuration, eliminating the need for multiple lift setups. Each arm extends from 22 inches minimum to 57 inches maximum reach, providing flexible spotting options for vehicles ranging from compact cars to full-size trucks.
Conventional two-post systems require dedicated symmetric or asymmetric configurations, forcing shops to choose between optimal door access and load distribution. Bi-Metric technology addresses this limitation by allowing technicians to switch between positioning modes based on the specific service procedure and vehicle type.
This improves bay efficiency by enabling one lift to handle diverse vehicle types without reconfiguration. Shops can optimize lifting points for oil changes (symmetric) or transmission work (asymmetric) using the same equipment, reducing equipment investment and floor space requirements.
EV-Ready Structural Design
Enhanced high-tensile steel construction specifically engineered for **20-30% heavier electric vehicles**, addressing the automotive industry's shift toward electrification. The reinforced column design and upgraded hydraulic system maintain consistent lifting performance under the increased weight loads of modern EVs and hybrid vehicles.
Standard automotive lifts designed for traditional ICE vehicles struggle with the concentrated battery weight and altered weight distribution of electric vehicles. EV-ready engineering addresses this challenge by strengthening critical load-bearing components and optimizing lift point positioning for battery pack clearance.
This enables shops to confidently service Tesla Model S, Ford Lightning, and commercial electric delivery vans without concerns about structural limitations. The enhanced design future-proofs shop investments as vehicle electrification accelerates across all market segments.
Direct-Drive Hydraulic Performance
Dual direct-drive hydraulic cylinders with HVLP technology eliminate chain stretch and cable fatigue common in competitive systems, while maintaining **sub-70 dB operation** during lifting cycles. The **45-second rise time** to full height ensures efficient workflow without compromising smooth, controlled movement throughout the lifting range.
Chain-driven and cable-operated systems experience gradual performance degradation as components stretch and wear, creating uneven lifting and increased maintenance requirements. Direct-drive technology addresses these reliability issues by eliminating intermediate mechanical connections that introduce failure points and maintenance intervals.
This reduces long-term operating costs by eliminating chain and cable replacement cycles while ensuring consistent lifting performance over the equipment's service life. The quiet operation enables productive work environments without noise fatigue during extended service procedures.
Multi-Tier Warranty Protection
Comprehensive **5-2-1 warranty program** with 5-year structural coverage, 2-year hydraulic system protection, and 1-year component warranty, exceeding typical industry standards where most competitors offer only 1-year comprehensive coverage. This tiered approach provides extended protection for critical systems most likely to require service attention.
Standard industry warranties typically provide minimal coverage periods that leave shop owners exposed to repair costs during peak equipment usage years. Extended warranty protection addresses this gap by covering structural, hydraulic, and electrical systems during their most critical operational period.
This reduces total cost of ownership by providing predictable warranty protection during the equipment's early service years. Shop owners can confidently invest in productivity improvements knowing that major component failures are covered under manufacturer warranty rather than emergency repair budgets.
Product Demonstration
Applications & Use Cases
- High-roof cargo van service: Mercedes Sprinter, Ford Transit, Chevy Express commercial fleet maintenance and repair
- Electric vehicle service: Tesla, Ford Lightning, commercial EVs requiring specialized lifting points and battery pack clearance
- Commercial fleet operations: Mixed vehicle fleets requiring single-lift solution for diverse vehicle types and service procedures
- Professional automotive service centers: Full-service shops handling everything from compact cars to full-size pickup trucks
- Dealership service departments: Multi-brand operations requiring versatile equipment for warranty and customer-pay repair work
- Fleet maintenance facilities: Government, utility, and commercial operations servicing diverse vehicle inventories
Technical Specifications
| Specification | Value |
|---|---|
| Lifting Capacity | 10,000 lb (4,536 kg) |
| Max Rise | 75.5 in (1,918 mm) |
| Lifting Height | 79.5 in (2,019 mm) |
| Max Lifting Height | 89 in (2,261 mm) |
| Min Pad Height | 4 in (102 mm) |
| Time to Full Rise | 45 seconds |
| Max Load per Lift Arm | 2,500 lb (1,134 kg) |
| Specification | Value |
|---|---|
| Overall Height | 181 in (4,597 mm) |
| Overall Width | 135 in / 145 in (3,431 / 3,683 mm) |
| Outside Columns | 127 in / 137.5 in (3,238 / 3,492 mm) |
| Inside Posts | 108.5 in / 118.5 in (2,756 / 3,010 mm) |
| Drive-Thru Clearance | 92 in / 102 in (2,477 / 2,731 mm) |
| Front Arm Reach | 22 in - 57 in (559 - 1,448 mm) |
| Rear Arm Reach | 29.5 in - 57 in (750 - 1,448 mm) |
| Specification | Value |
|---|---|
| Motor | 220 VAC, 60Hz, 1 Phase |
| Sound Level | <70 dB |
| Screw Pad Adjustment | 2 in (51 mm) |
| Floor to Top Switch | 176 in (4,470 mm) |
Installation Requirements
Foundation Requirements
- Concrete thickness: Minimum 4.25 inches with 3,000 PSI compressive strength
- Curing time: Minimum 28 days before installation
- Floor condition: Level, solid concrete without cracks or expansion joints
- Anchor placement: Minimum 6 inches from edges, cracks, or walls
Power Requirements
- Voltage: 220 VAC single-phase dedicated circuit
- Frequency: 60 Hz standard
- Installation: Per local electrical codes and NEC standards
Clearance Requirements
- Ceiling clearance: Minimum 181+ inches for overhead beam installation
- Installation width: 135-145 inch configuration options for drive-through access
- Bay depth: Adequate space for vehicle drive-through and technician access
Installation Notes
- Equipment required: Forklift mandatory for positioning and assembly
- Professional installation: Recommended for optimal safety and performance
- Permits: Verify local code compliance and permit requirements before installation
Model Comparison
| BendPak 10APX-181 (Two-Post, Extended-Height) | 10,000 lb capacity 75" rise height 181" overall height (high-rise) Adjustable overall width: 135"–145" Drive-thru clearance: 92"–102" |
Electric/hydraulic HVLP power unit Dual hydraulic direct-drive cylinders Time to full rise: 45 seconds |
EV-ready design with Low-Pro™ / Bi-Metric™ swing arms (symmetric or asymmetric in one lift) 181" overhead beam for high-roof vans and extra under-car access Automatic Swing Arm Restraint System (ASARS) with high side-load rating Triple-telescoping nested arms for reach and spotting flexibility ALI certified; adaptable clearfloor, adjustable-width installation |
Requires a tall bay due to 181" overall height (not ideal for low ceilings) Standard rise speed (45 s) – not a dedicated quick-cycle lift High-rise configuration may be more than is needed for shops that never service tall vans |
|---|---|---|---|---|
| Rotary SPOA10 (10,000 lb Asymmetric Two-Post) | 10,000 lb capacity Rise height: 72.75"–78.38" Overall height: 140.5" (11' 8.5") Overall width: 137.4" (11' 5 3/8") Drive-thru clearance: 95.25" |
2 HP motor, 208–230 V, 1-phase Hydraulic two-cylinder design Time to full rise: 45 seconds |
True asymmetric columns rotated 30° for better door opening and cabin access Signature "Double-S" single-piece columns for rigidity and bearing contact 2-stage arms with 3-position flip-up adapters; AV arm and Shockwave™ options available ALI Gold-certified; long track record as an industry-standard 10K 2-post |
Asymmetric-only layout (no built-in symmetric/asymmetric switch like BendPak's Bi-Metric arms) Standard SPOA10N700 uses conventional arms – may require optional truck/height adapters for taller frames Typical 12' ceiling requirement limits use in low-bay garages |
| Challenger CL10V3 (10,000 lb Versymmetric Two-Post) | 10,000 lb capacity Rise height: 74.125" Overall height: 11' 2" or 11' 8" (extensions available) Overall width options: 11' 6.5"–12' 6.5" Drive-thru clearance: 100"–112" |
2 HP motor, 208–230 V, 1-phase Speed of rise: 38 seconds (faster than typical 10K lifts) Hydraulic 2-post design with overhead shut-off |
Versymmetric® 3-stage front and 3-stage rear arms – lifts many vehicles symmetrically or asymmetrically in one bay directSPOT™ arm design improves first-try spotting at OEM lift points Multiple column-height and width configurations; ALI/ETL certified Quick-Cycle™ variants (like CL10V3-QC) offer reduced rise/lower times |
Still effectively needs a 12' ceiling for most configurations Standard CL10V3 lacks the tallest headroom of BendPak 10APX-181 – less ideal for very high-roof vans Quick-Cycle and extra-height options increase price and complexity versus base units |
Choose the BendPak 10APX-181 when maximum under-car clearance, EV-friendly Bi-Metric arms, and high-roof van capability are priority. It outperforms alternatives by combining a true high-rise 181" overhead beam with adaptable symmetric/asymmetric operation in a single ALI-certified package, making it the best fit for busy professional bays that handle everything from low-profile EVs to tall cargo vans.
Shipping & Delivery
Freight Coverage
Free shipping: Available to the contiguous 48 United States for qualifying orders. Rural areas and remote locations may incur additional surcharges.
Delivery timeframe: Estimated 2-4 weeks from order placement (subject to inventory availability and location).
International shipping: Available by quote - contact us for rates and delivery arrangements to international destinations.
Delivery Requirements
Forklift required: Minimum 3,000 lb capacity for largest crate handling. No liftgate service available due to equipment size and weight.
Delivery type: LTL freight via flatbed or semi-trailer to commercial locations. Residential delivery available with surcharge.
Receiving: Inspect all packages before signing bill of lading. Note any visible damage on BOL before driver departs.
Damage Reporting
Within 15 days: 100% coverage for replacement parts and freight on concealed damage claims
Within 30 days: 50% coverage for replacement parts and freight (shared cost with customer)
After 30 days: No coverage (customer responsible for parts and freight costs)
Warranty Coverage
5-2-1 Warranty Program
5 Years - Structure: Lift framework, columns, overhead beams, and major structural components
2 Years - Hydraulics: Power unit, hydraulic cylinders, hoses, and hydraulic system components - exceeds typical 1-year industry standard
1 Year - Components: Electrical systems, operating components, adapters, and installation labor
Warranty Requirements
Registration: Product registration required within 30 days of purchase for warranty activation
Eligibility: Valid for original purchaser only (non-transferable to subsequent owners)
Installation: Installation must be performed by qualified personnel following manufacturer installation manual and local codes
Product Documentation
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Frequently Asked Questions
What is the lifting capacity and rise height of the BendPak 10APX-181?
The 10APX-181 has a 10,000 lb lifting capacity with a maximum rise of 75.5 inches and lifting height of 79.5 inches. With adapters, maximum lifting height reaches 89 inches, making it suitable for a wide range of vehicles from compact cars to full-size trucks and high-roof cargo vans.
What accessories and components are included with the 10APX-181?
The lift includes four triple-telescoping Bi-Metric swing arms, dual direct-drive hydraulic cylinders, ASARS safety system, single-point safety release, double-telescoping screw pads with polyurethane contacts, frame cradle pad set (4 pieces), medium stackable adapters (4 pieces, 2.5 inch), tall stackable adapters (4 pieces, 5 inch), and padded overhead safety shutoff bar.
What are the concrete foundation requirements for the BendPak 10APX-181?
The 10APX-181 requires a minimum 4.25-inch thick concrete foundation with 3,000 PSI compressive strength. The concrete must cure for at least 28 days before installation. The floor should be level, solid concrete without cracks or expansion joints, with anchor placement at least 6 inches from edges, cracks, or walls.
Is the BendPak 10APX-181 suitable for electric vehicles and high-roof cargo vans?
Yes, the 10APX-181 is specifically designed for electric vehicles and high-roof cargo vans. The enhanced structural design handles 20-30% heavier electric vehicles, while the 181-inch overall height provides clearance for Mercedes Sprinters, Ford Transits, and other tall commercial vehicles that cannot be accommodated by standard lifts.
What safety certifications does the BendPak 10APX-181 have?
The 10APX-181 is ALI (Automotive Lift Institute) certified to ANSI/ALI ALCTV-2017 standards. It features patented ASARS (Automatic Swing Arm Restraint System) with 2000+ pound holding force, automatic column safety locks every 3 inches, single-point manual release, and padded overhead shutoff bar for operator protection.
What is covered under the BendPak 10APX-181 warranty?
The 10APX-181 comes with a 5-2-1 warranty program: 5 years on structural components (framework, columns, beams), 2 years on hydraulic systems (power unit, cylinders, hoses), and 1 year on electrical and operating components. This exceeds typical industry standards and requires product registration within 30 days of purchase.
What are the electrical requirements for the BendPak 10APX-181?
The 10APX-181 requires 220 VAC, 60Hz, single-phase power with a dedicated circuit installed per local electrical codes. The lift operates quietly at less than 70 dB and has a rise time of 45 seconds to full height. Professional electrical installation is recommended to ensure proper operation and code compliance.
How does the Bi-Metric arm system work on the 10APX-181?
The Bi-Metric swing arms allow the lift to operate in both symmetric and asymmetric configurations without hardware changes. Each triple-telescoping arm extends from 22 inches minimum to 57 inches maximum reach, providing flexible vehicle spotting. This eliminates the need for multiple lift configurations and improves bay efficiency by handling diverse vehicle types with one system.
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