Kawasaki Z1000SX, Z1000SX ABS, Ninja 1000, and Ninja 1000 ABS 2011–2013 Service Manual P/N 99924-1442-03)
755 Pages • 18.30 MB • Instant, Printable PDF
Kawasaki Models Covered & Key Technical Specifications
Models: Z1000SX, Z1000SX ABS, Ninja 1000, Ninja 1000 ABS
Sub-models / Variants: ZX1000G, ZX1000H, ZX1000GB, ZX1000HB, ZX1000GD, ZX1000HD
Model Years: 2011–2013 (2011, 2012, 2013)
Technical Data:
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Engine displacement: 1043 cm³
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Engine type: 4-stroke, DOHC, 4-cylinder, liquid-cooled
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Maximum horsepower: 101.5 kW (138 PS) @ 9600 rpm
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Maximum torque: 110 N·m (81.1 ft·lb) @ 7800 rpm
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Compression ratio: 11.8:1
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Transmission: 6-speed, constant mesh, return shift
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Fuel system: FI (Fuel Injection) KEIHIN TTK38 × 4
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Battery: 12 V 8 Ah
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Tire size (front): 120/70 ZR17 M/C (58W)
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Tire size (rear): 190/50 ZR17 M/C (73W)
Kawasaki Manual Features & Content Preview
Whether you are running a busy professional workshop or handling your own maintenance, accurate technical data is the difference between a reliable repair and a costly mistake. This official 755-page OEM PDF publication (P/N 99924-1442-03, third edition, May 2012) is the definitive reference for the 2011–2013 Kawasaki Z1000SX and Ninja 1000 ABS models, including global G and H chassis variants. Providing direct access to precise factory testing metrics, such as sensor input voltages, helps prevent unnecessary parts replacement during daily troubleshooting routines.
Core Technical Content and Maintenance Reference
This manual documents the exact engineering parameters required for comprehensive vehicle maintenance. It provides detailed periodic inspection charts, component replacement intervals, and deep-dive reference material for the cooling system, clutch assembly, and engine lubrication routing.
Avoid expensive dealership visits with clear step-by-step instructions for tasks like throttle body vacuum synchronization, ABS brake line bleeding, and immobilizer key registration. You will also find comprehensive procedural overviews for DFI fuel injection diagnostics, ignition timing, and valve clearance adjustments, supported by precision shim thickness charts.
- Features 127 technical specification tables for rapid data lookup.
- Includes detailed exploded-view assembly diagrams to visualize component layers.
- Covers all engine, chassis, and electronic fuel injection parameters.
- Details the transmission, brakes, suspension, steering, final drive, and frame.
- Outlines the ABS hydraulic unit, immobilizer system, wheels, tires, and evaporative emission control.
To assist with complex electrical and mechanical faults, this documentation incorporates comprehensive Wiring diagrams, DFI diagnosis flow charts, ABS system wiring diagrams, coolant flow charts, and engine oil flow charts.
Specifications and Essential Reference Values
Working on high-performance motorcycles requires strict adherence to factory tolerances. Always secure your motorcycle on a proper stand and verify all mechanical conditions before applying high-torque loads or working on pressurized fuel lines to ensure personal safety and prevent component failure.
When servicing these specific models, mechanics must be aware of notorious mechanical pitfalls to ensure a permanent fix. For example, manually forcing the exhaust butterfly valve actuator pulley to correct its angle will instantly strip the delicate internal gears, requiring complete unit replacement. Furthermore, the connecting rod big end bolts utilize a plastic region fastening method, meaning they stretch permanently when torqued and will fail catastrophically if reused during a bottom-end rebuild.
This documentation supplies the exact numbers needed for reliable reassembly. Cylinder head bolt torque is strictly defined at 20 N·m (15 ft·lb) for the initial stage, moving to 54 N·m (40 ft·lb) for the final sequence. When evaluating the valvetrain, refer to the cylinder head specification table, which lists the intake valve clearance at 0.15–0.24 mm. For standard fluid changes, the dry engine oil capacity is specified at exactly 4.0 liters. The manual also outlines the electrical framework, noting the 12 V 8 Ah battery system required to properly manage all onboard electronic control units.
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