The Leader in Technical Dive Computers releases the VRx - the latest addition to the VR range of dive computers:
- NEW SHAPE - More Compact
- RECHARGEABLE BATTERY
- USER ADJUSTABLE DECO
- VGM Variable Gradient Factor Model
VRX additional info
The new VGM decompression algorithm incorporates the best of Gradient factors, bubble models and Haldane dissolved gas models
The VRX is the latest in dive computing technology. For a limited period the ‘08 model will come fully loaded as a Closed Circuit Trimix computer (C1 to C4 PIN's supplied) with rebreather port activated.
· Built in torch
· Range of colours
· Low profile design
· High resolution graphics
· Military specification available
· Enhanced ergonomic functionality
· NEW - Variable Gradient Model (VGM) algorithm
· Rebreather interfaces, 1 or 3 cell monitoring as options
· Replaceable, Lithium Ion rechargeable battery system/4 year battery warranty!!
· ROHS compliant (ensures we manufacture to the highest environmental standards)
The new battery system is a step towards reducing the burden on the environment. It is rechargeable, long life (4 year warranty), andreplaceable at factory. Battery charging options 240v, 110v, 6v and even a solar source.
The new VGM decompression algorithm is the culmination of 10 years of expertise in the field and is the most practical and flexible decompression planning system available.
The new VRX is simply the most advanced and complete decompression planning aid available for today and tomorrow.
VR Technology announce their new Variable Gradient Model Decompression Algorithm.
Haldane theory has long been and still is the basis of many of today's decompression algorithms, from simple dissolved gas models through to complex bubble growth systems.
Using this and their own extensive track record in dissolved gas and bubble growth modeling, VR Technology has again pioneered a new decompression algorithm utilising the benefits found in all of the current systems whilst implementing some new techniques. The new algorithm allows the basic user a simple series of options to select an algorithm suitable for their style of diving while still allowing the experienced user the ability to customise their profile based on their own experience, equipment in use, gas type and dive depth.
It has long been accepted that most algorithms heavily penalise the diver for using large fractions of helium. VGM takes into account that rebreather use with high helium content is becoming the norm for Technical Diving and hence allows the experienced user to extensively customise their profile through a range of defaults or user selectable setups. It also allows for the fact that divers are individuals and not everyone fits the physical and metabolic profile of the 'standard human diver'. The new system allows customisation of the deep to shallow stop ratio and the overall stop time at each level to cater for this and other levels of experimental diving.
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