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CHALLENGER LIFTS CL10-XP9-QC-3 9000 Lbs, Drive On Style Two Post Lifts W/ Quick Cycle And 3ft Extensions
Challenger CL10-XP9-QC-3 - 9,000 lb Quick Cycle Two-Post Lift for Express Service Operations
The Challenger CL10-XP9-QC-3 delivers 9,000 lb capacity in a two-post drive-on configuration, engineered for high-volume express service bays. Featuring Quick Cycle hydraulic technology with 27-second rise time, drive-on express pads for rapid vehicle positioning, and a 3-foot column extension (176 inches total height), this ALI/ETL certified lift handles passenger cars, light trucks, SUVs, and vans for quick-lube operations, tire rotations, brake service, and general maintenance.
Key Features & Benefits
Quick Cycle Hydraulic Technology for Maximum Throughput
Quick Cycle technology achieves 27-second rise and 17-second descent times through an optimized hydraulic control system engineered specifically for high-volume operations. This represents more than a 40% speed improvement over standard lift cycles that typically require 45-60 seconds to reach full height.
In an 8-hour express bay shift with typical 5-minute service cycles, this speed advantage enables 96 vehicles per day versus 64 with standard lifts. For quick-lube centers, tire shops, and dealership express lanes where every minute counts, this translates to 15-20 additional vehicles processed daily per bay without extending operating hours.
This enables substantial revenue gains for express service operations. At typical quick-service pricing of $30-50 per vehicle, the throughput increase delivers $450-$750 in additional daily revenue per bay, helping shops maximize profitability from existing facility space and staff.
Drive-On Express Pad Design for First-Try Vehicle Spotting
The drive-on express pad configuration features a 2.25-inch low-profile platform height with reinforced flip-up ramps that extend from 58 inches to 75 inches to accommodate varying wheelbases. This design eliminates the need for traditional swing-arm positioning and vehicle shuttling that slow down express service operations.
Traditional arm-based lifts require technicians to position vehicles precisely, then adjust arms under the frame, often requiring multiple attempts to achieve proper contact points. The drive-on system allows vehicles to simply drive onto the platforms, with technicians making minor forward/backward adjustments if needed. This addresses the industry-wide challenge of positioning delays that accumulate across dozens of daily services.
This eliminates 30-90 seconds of positioning time per vehicle compared to swing-arm lifts. For shops processing 60-80 vehicles daily, this saves 30-120 minutes of cumulative technician time, reducing frustration and allowing staff to focus on service work rather than equipment adjustment.
Extended 48-Inch Carriage for Reduced Maintenance Costs
The 48-inch elongated carriage distributes lifting loads over substantially more surface area than standard 36-42 inch carriage designs common in the industry. This extended length reduces pounds-per-square-inch stress on slide tracks, bearings, and wear components during every lift cycle.
Commercial shops running express bays often perform 60-100 lift cycles daily, subjecting carriages to significant cumulative stress. Traditional shorter carriages concentrate this force over smaller surface areas, accelerating wear on slide blocks and requiring more frequent replacement. The extended carriage addresses this by spreading forces more evenly across the entire assembly.
This reduces maintenance requirements by extending service intervals 20-30% between slide block replacements. Commercial operators report saving $200-400 annually in parts and labor while minimizing revenue-impacting downtime from maintenance shutdowns.
Oversized 5-Inch Pulley and Heavy-Duty 5/16-Inch Cable System
The 5-inch pulley diameter paired with 5/16-inch heavy-duty cable exceeds typical industry specifications where 4 to 4.5 inch pulleys and 1/4 inch cable are standard. The larger pulley creates a gentler bend radius, reducing metal fatigue with each cycle, while the thicker cable provides 56% greater cross-sectional area than 1/4 inch cable for increased strength and durability.
Cable systems are critical safety components that experience constant flexing stress during normal operation. Traditional smaller pulley and thinner cable combinations reach fatigue limits faster, particularly in high-volume environments where lifts cycle dozens of times daily. This system addresses the challenge of premature cable wear that can lead to costly replacements and potential safety concerns.
This extends cable service life from the typical 2-3 years to 3-5 years in commercial applications, saving $300-500 per replacement cycle. The enhanced durability also reduces the risk of catastrophic cable failures, improving safety margins and reducing unplanned downtime.
Single-Point Mechanical Lock Release for Emergency Lowering
The single-point mechanical lock release operates independently of hydraulic or electrical power through a pulley-jacketed cable system accessible from either column. This allows safe vehicle lowering during power outages, hydraulic system failures, or other emergency conditions without requiring external power sources or service technician callouts.
Power failures can occur unexpectedly, and hydraulic system malfunctions occasionally happen in commercial environments. Traditional lifts without mechanical backup systems can leave vehicles stranded at elevated heights for extended periods, creating customer service issues and blocking valuable bay space until power is restored or repairs completed.
This enables shops to safely lower vehicles and maintain operations during utility outages or equipment failures. By eliminating the need for emergency service calls that typically cost $200-500, this feature prevents customer wait time issues and keeps bays productive even when electrical or hydraulic systems require attention.
Applications & Use Cases
- Express Service Bays: Quick-lube centers, oil change facilities, and express service lanes requiring rapid vehicle throughput for oil changes, tire rotations, and inspections
- Tire and Brake Service: Tire shops and brake service centers performing high-volume tire installations, rotations, and brake system work on passenger vehicles
- Dealership Express Lanes: Automotive dealership service departments with dedicated express lanes for routine maintenance on customer vehicles
- Independent Repair Shops: Independent repair facilities prioritizing quick turnaround on general maintenance, exhaust work, and undercarriage inspections
- Fleet Maintenance: Fleet service operations maintaining company vehicles, delivery vans, and light commercial trucks requiring regular service intervals
- Vehicle Types: Passenger cars (sedans, coupes, hatchbacks), light trucks and SUVs up to 9,000 lb, crossover vehicles, vans and minivans, sports cars and performance vehicles
Technical Specifications
| Specification | Value |
|---|---|
| Lifting Capacity | 9,000 lb |
| Rise Time (Quick Cycle) | 27 seconds |
| Descent Time (Quick Cycle) | 17 seconds |
| Maximum Rise Height | 70 inches (screw pads at maximum extension) |
| Specification | Value |
|---|---|
| Overall Height (3ft Extension) | 176 inches |
| Overall Height (Standard) | 143 inches |
| Overall Width | 138.5 inches |
| Drive-Thru Clearance | 90 inches |
| Platform Height | 2.25 inches (low-profile) |
| Platform Width | 24 inches |
| Platform Length Options | 58 / 66.5 / 75 inches (adjustable via flip-up ramps) |
| Specification | Value |
|---|---|
| Voltage | 208-230V AC, 60Hz, Single Phase |
| Circuit Breaker | 20 Amp |
| Pulley Diameter | 5 inches (oversized) |
| Cable | 5/16 inch heavy-duty |
| Carriage Design | 48-inch elongated |
| Shipping Weight | 2,000 lb |
What's Included
- Two-Post CL10-XP9 Lift Base System - with Versymmetric arm design
- Drive-On Express Pad Set - with flip-up access ramps
- Quick Cycle Hydraulic Controls Package
- 3-Foot Column Height Extension Kit - (QC-3 bundle)
- (4) 1.5-Inch Rubber Spotting Blocks
- (4) 3-Inch Rubber Spotting Blocks
- Column-Mounted Spotting Block Storage Caddy
- Overhead Shutoff Bar - with padded protection
- Dual Integrated Rubber Door Guards
- Single-Point Mechanical Lock Release System
- Installation and Operation Manual
Safety & Compliance
ALI Certified: Automotive Lift Institute - ANSI Accredited ALI Certification Program
ETL Certified: Electrical Testing Laboratories
Standards Compliance: ANSI/ALI ALCTV-2011, ANSI/ALI ALOIM-2008
Safety Features: Single-point mechanical lock release, overhead shutoff switch with padded bar, dual integrated rubber door guards, fully gusseted base plate, oversized pulley and cable system, non-skip surface on drive-on pads
Installation Requirements
Foundation Specifications
- Concrete Minimum Depth: 4 inches
- Concrete Strength: 350 PSI minimum with proper steel reinforcement and 28-day cure (per official installation manual). General industry best practice recommends 3,000 PSI for additional safety margin.
- Steel Reinforcement: Required
- Floor Levelness: Within 3/8 inch over installation area
- Anchor Bolt Placement: Minimum 8 inches from cracks, edges, or expansion joints
- Anchor Bolt Specifications: 3/4 inch diameter x 5.5 inch length
- Anchor Bolt Torque: 80 ft-lb (monthly verification required)
Ceiling & Clearance
- Ceiling Height (3ft Extension): 14 feet 3 inches to 14 feet 9 inches minimum
- Ceiling Height (Standard): 12 feet minimum
- Installation Environment: Indoor installation only with adequate ventilation
Electrical Requirements
- Dedicated Circuit: Required (double-pole breaker for single phase)
- Code Compliance: Wiring must meet National Electrical Code (NEC) and all local electrical codes
Installation Notes
- Professional Installation: Installation must be performed by qualified personnel following manufacturer specifications to maintain warranty coverage
- Permits: Verify local code compliance and permit requirements before installation
Shipping & Delivery
Freight Method & Timeline
Shipping Method: LTL (Less Than Truckload) freight via 48-foot semi truck
Delivery Timeline: 12-21 business days from order placement (lead times vary by inventory availability)
Delivery Requirements
Unloading Equipment Required: Customer is responsible for unloading from truck. Driver does not unload. Forklift, bobcat, tractor, or similar equipment capable of lifting 2,000+ lb is required.
Receiving: Inspect all freight upon delivery and document any damage immediately before acceptance. Note any visible damage on bill of lading before driver departs.
Warranty Coverage
Multi-Tier Warranty Program
5 Years - Structural Parts: Coverage includes carriage, columns, extensions, overhead beams, arms, cross beams, runways, and plungers
2 Years - Functional Parts: Coverage includes power units, cylinders, sheaves, hoses, fittings, cables, adapters, latches, valves, and controls
1 Year - Labor: Labor coverage included during warranty period for covered repairs
Warranty Requirements
Registration: Product must be registered within 30 days of installation at challengerlifts.com/register-your-lift
Eligibility: Valid for original purchaser only (non-transferable)
Installation & Maintenance: Installation and maintenance must follow Challenger specifications. Use of non-approved parts voids warranty.
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Frequently Asked Questions
What ceiling height is required for the Challenger CL10-XP9-QC-3 with 3-foot extension?
The 3-foot column extension configuration requires a minimum ceiling height of 14 feet 3 inches to 14 feet 9 inches. The standard configuration without the extension requires 12 feet minimum ceiling height. This allows the lift to achieve its full 70-inch rise height with screw pads at maximum extension while maintaining adequate overhead clearance for safe operation.
What components are included with the CL10-XP9-QC-3?
The lift includes the two-post base system with Versymmetric arms, drive-on express pad set with flip-up ramps, Quick Cycle hydraulic controls package, 3-foot column extension kit, (4) 1.5-inch rubber spotting blocks, (4) 3-inch rubber spotting blocks, column-mounted storage caddy, overhead shutoff bar with padding, dual integrated rubber door guards, single-point mechanical lock release system, and installation/operation manual.
What are the concrete foundation requirements for installation?
The lift requires 4-inch minimum concrete depth with steel reinforcement. Official Challenger installation manuals specify 350 PSI minimum concrete strength with proper steel reinforcement and 28-day cure. General industry best practice recommends 3,000 PSI for additional safety margin. The floor must be level within 3/8 inch over the installation area. Anchor bolts (3/4 inch diameter x 5.5 inch length) must be placed minimum 8 inches from cracks, edges, or expansion joints, and torqued to 80 ft-lb with monthly verification.
What types of vehicles can this lift handle?
The 9,000 lb capacity handles passenger cars (sedans, coupes, hatchbacks), light trucks and SUVs up to 9,000 lb, crossover vehicles, vans and minivans, and sports cars. It's designed for express service applications including oil changes, tire rotations, brake service, exhaust and undercarriage work, suspension service, and general maintenance. The drive-on express pad design works particularly well for high-volume quick-service operations.
What certifications does the CL10-XP9-QC-3 have?
The lift carries dual certification: ALI (Automotive Lift Institute) certification under ANSI/ALI ALCTV-2011 and ANSI/ALI ALOIM-2008 standards, plus ETL (Electrical Testing Laboratories) certification for electrical safety. This dual certification exceeds single-certification competitors and supports insurance compliance requirements. Insurance providers may offer premium reductions for dual-certified equipment, and municipalities typically expedite permits for certified lifts.
What warranty coverage is provided?
Challenger provides a multi-tier warranty program: 5 years on structural parts (carriage, columns, extensions, overhead beams, arms, cross beams, runways, plungers), 2 years on functional parts (power units, cylinders, sheaves, hoses, fittings, cables, adapters, latches, valves, controls), and 1 year on labor for covered repairs. The warranty requires registration within 30 days of installation at challengerlifts.com/register-your-lift. Coverage is valid for the original purchaser only and is non-transferable. Installation and maintenance must follow Challenger specifications, and use of non-approved parts voids warranty.
How does Quick Cycle technology improve productivity?
Quick Cycle technology achieves 27-second rise and 17-second descent times compared to standard lifts requiring 45-60 seconds to reach full height. In an 8-hour express bay shift with typical 5-minute service cycles, this speed advantage enables processing 96 vehicles per day versus 64 with standard lifts. This 50% throughput increase translates to 15-20 additional vehicles processed daily per bay, delivering substantial revenue gains for express service operations without extending operating hours or adding staff.
What electrical requirements are needed?
The lift requires 208-230V AC, 60Hz, single phase power with a dedicated 20-amp circuit using a double-pole breaker. All wiring must meet National Electrical Code (NEC) requirements and comply with local electrical codes. A dedicated circuit is required to ensure proper operation and safety. Professional installation by a qualified electrician is necessary to maintain warranty coverage and ensure code compliance.
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