NIKON F5

Name: Nikon F5
Brand: Nikon

The Nikon F5 is Nikon's fifth-generation professional 35mm film SLR, introduced in 1996 as the flagship of the Nikon F-series line. It was built for photojournalists, sports photographers and other working professionals. It has advanced autofocus, rugged construction and sophisticated metering in a high-speed body with an integrated motor drive.

Overview

The F5 succeeded the F4. It came out in November 1996, when digital imaging was just starting to emerge, and Nikon still aimed it squarely at getting the most out of film. The target buyer was the working pro who needed reliability, speed and precision under extreme conditions. To suit that, the F5 has a magnesium alloy chassis, a weather-sealed body with over 70 rubber gaskets, and a shutter rated for 150,000 cycles.

The autofocus is the Multi-CAM1300 module, with 11 focus points (including nine cross-type sensors). It tracks and acquires subjects better than the F4's system did. The metering is the 1005-pixel RGB 3D Color Matrix Metering II system. It uses color and distance information (when used with compatible D-type lenses) to calculate exposure in complex lighting. This metering system laid the groundwork for Nikon's digital-era exposure engines.

For user control, the F5 has a 3D Multi Selector joystick for quick focus point selection and a Custom Setting menu with 22 user-adjustable parameters. It supports TTL flash metering with Nikon's Creative Lighting System (CLS). The MB-21 battery grip adds vertical shooting and longer battery life. Maximum mechanical shutter speed is 1/8000 sec, and flash sync is 1/250 sec.

Specifications

Specification	Value
Type	35mm Autofocus SLR
Film Format	35mm (135)
Years Produced	1996–2004
Lens Mount	Nikon F-mount (with AI, AI-S, AF, AF-D, AF-G, AF-I, and G-type lens compatibility)
Shutter	Vertical-travel, electronically controlled focal-plane shutter; 30 sec to 1/8000 sec, plus Bulb
Metering	1005-pixel RGB 3D Color Matrix Metering II, Center-Weighted, Spot (3.5mm diameter, ~2% coverage)
Exposure Modes	Program (P), Shutter-Priority (S), Aperture-Priority (A), Manual (M), Auto (Auto, Auto with Flash)
Viewfinder	Fixed pentaprism with interchangeable focusing screens; 100% vertical and 96% horizontal coverage; 0.72× magnification
Dimensions	156 × 159.5 × 89 mm (6.1 × 6.3 × 3.5 in); ~1250 g (44 oz) with battery

Key Features

1005-pixel 3D Color Matrix Metering II: Utilizes color and focus distance data to optimize exposure in challenging lighting, a first for Nikon film SLRs.
High-Speed Shooting: Up to 8 frames per second (fps) with the MB-21 battery grip and Ni-Cd battery pack, or 6 fps on internal AA batteries.
Advanced Autofocus System: 11-sensor Multi-CAM1300 module with 9 cross-type sensors for superior tracking and low-light performance.
Rugged Professional Build: Magnesium alloy chassis with extensive weather and dust sealing, designed for operation in harsh environments.
Integrated Motor Drive: Full-time motor drive built into the body, enabling continuous shooting and rapid film advance without external accessories.

Historical Context

By the mid-1990s, digital imaging was gaining traction in professional markets, particularly in news and sports photography. Nikon kept refining its film platform anyway. Many professionals still relied on the dynamic range, archival quality and logistical familiarity of 35mm film.

It competed directly with Canon's EOS-1V (released in 2000) and the earlier EOS-1N, both of which were Canon's final professional film SLRs. Canon adopted an entirely electronic lens mount (EF). Nikon kept backward compatibility with its decades-old F-mount, so F5 users could mount lenses dating back to the 1959 Nikon F. That was a major selling point and reinforced Nikon's reputation for system longevity. The F5 received widespread acclaim on release for its responsiveness, build quality and metering intelligence. Photojournalists took it to major global events, including the Olympics and conflicts in the late 1990s and early 2000s.

Collectibility & Value

Today the F5 is regarded as one of the last and most advanced professional film SLRs ever produced. Nikon eventually shifted focus to digital with the D1 series (launched in 1999). The F5 remains a sought-after collector's item, particularly among film enthusiasts and professionals nostalgic for mechanical-electronic hybrid design. In the used market, fully functional F5 bodies typically sell for $800 - $1,300 USD, with higher prices for units that include the MB-21 grip and original accessories.

Condition matters a lot when buying an F5. Aging rubber seals, worn shutter mechanisms and deteriorating LCDs are common in long-stored units. The camera uses a proprietary Ni-Cd battery pack (MB-21 with NP-20) or eight AA batteries via the MS-21 tray. Battery corrosion in the tray is a frequent issue, and replacement trays can be hard to find. The complex electronics and custom ICs make repairs difficult, and few technicians are equipped to service the camera fully. Look for units with clean viewfinders, functional metering, and no signs of mold or moisture ingress.

Similar Cameras

Canon EOS-1V (2000–2018) – Canon’s final professional film SLR, offering 10 fps, advanced metering, and EF-mount compatibility.
Pentax LX (1980–2001) – A modular, precision-crafted manual-focus SLR favored by purists and technical photographers.
Minolta Maxxum 9 (1998–2001) – A high-end AF SLR with 6 fps, 14-segment metering, and rugged build, often underrated.
Olympus OM-4Ti (1986–2002) – The last evolution of the OM series, known for its titanium shutter and exceptional metering accuracy.
Contax RTS III (1990–1997) – A premium manual-focus SLR with advanced metering and Zeiss lens integration.

Repair & Maintenance

The F5 uses the NP-20 Ni-Cd battery pack (for use with MB-21 grip) or eight AA batteries (via MS-21 tray), supporting alkaline, Ni-Cd, or Ni-MH cells. Battery life varies significantly by type. Ni-Cd offers the fastest frame rate (8 fps), while alkaline batteries limit performance to 6 fps. Corrosion in the MS-21 tray is a common failure point, especially if alkaline batteries leak. The electronics are dense and rely on proprietary components, so board-level repairs are difficult. Shutter replacement or CLA (clean, lubricate, adjust) work is best left to specialized film camera technicians.