2003 Mini Probe
The 2003 Mini Probe was a Spyderco diving tool, a scaled-down version of the 2002 Dive Probe.
Appearance in catalogs
The 2003 Mini Probe appeared in the following catalogs:
Designer
History, mentionings from the forums etc.
- Probe and Mini Probe... what are they for?, posted by forum member Karen
- The Pre-Diver, Dive Probe, and Mini-Probe!, posted by forum member Candyman
Information from The Spyderco Story book
2003 Mini Probe
A scaled-down model of the SCUBA Probe, called the Mini-Probe (model 2003), appeared in 1990. Critical dimensions were based on California’s abalone regulations, which govern the size and shape of tools used to pry the abalone loos from the seabed.
All SCUBA Probes have been discontinued and the remaining stock sold off. It would appear that brightly colored, less sophisticated knives strapped to the leg had more appeat to divers than this more practical tool.[1]
Variations
The 2003 Mini Probe is made in Japan and features:
- A Sheepsfoot Blade
- A line cutter incorporated in the spine of the blade.
- A handle longer than the blade that incorporated a drying vent and a prying tip.
SKU | Handle | Edge(s) | Steel | From/To | MSRP | Note | Number made | Grind | Clip | Clip positions | Collectors club |
2003 | Stainless Steel | SE | 440C | 1990-1991 | ~1000 | Sabre grind | NA | NA | Main |
Most collectible variation
Any 2003 Mini Probe in decent condition would be considered collectible.
Questions regarding collecting the 2003
Some interesting questions we are looking for an answer to:
Questions with an answer:
Technical information
Measurements (mm and grams) of the 2003 Mini Probe:
Variation | Length overall | Length closed | Length blade | Length edge | Hole Ø | Blade thickness | Weight |
2003 | 276mm |
Measurements (inches and ounces) of the 2003 Mini Probe:
Variation | Length overall | Length closed | Length blade | Length edge | Hole Ø | Blade thickness | Weight |
2003 | 10.875" |
References
- ↑ The 2002 Dive Probe described in the book 'The Spyderco Story - the new shape of sharp', by Kenneth T. Delavigne (2000), page 38.