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• Used by construction teams when laying concrete, HVAC technicians and in agriculture
• Calculates air density, humidity ratio, evaporation rate, volume air flow, Delta T + more
• Weather parameters measured are air density, moisture content (grains) + more
• Live data display and data storage for graphing and analysis
Optional LiNK connectivity
• Powered by Bluetooth Smart® provides wireless communication to mobile devices & computers
• Comes complete with compact tripod, vane & mount
The Kestrel 5200 Weather Station is a complete standalone Weather Monitoring Unit which is capable of logging environmental conditions over long periods without operator presence. The system comes complete with large compact tripod & vane mount. The unit is automatically directed into the wind with the vane and mount.
Available with or without LiNK wireless connectivity, LiNK wireless connectivity allows seamless data transfer to the Kestrel LiNK app (available on Android) via the Kestrel LiNK Dongle to a PC for data analysis and graphing. The Non LiNK version transfers the data using a waterproof USB Data Transfer Cable.
Mil-SPEC-810G drop tested with an IP67 waterproof rating, the Kestrel 5200 is a robust design ideal for the construction and agricultural markets. A five year warranty and certificate of conformity, come as standard.
|Sensor||Accuracy (+/-)||Resolution||Specification Range||Notes|
|Wind Speed | Air Flow||Larger of 3% of reading, least significant digit or 20 ft/min||0.1 m/s
|0.6 to 40.0 m/s
118 to 7,874 ft/min
2.2 to 144.0 km/h
1.3 to 89.5 mph
1.2 to 77.8 knots
0 to 12 B*
|1 inch|25 mm diameter impeller with precision axle and low-friction Zytel® bearings. Startup speed stated as lower limit, readings may be taken down to 0.4 m/s | 79 ft/min| 1.5 km/h | .9 mph | .8 kt after impeller startup. Off-axis accuracy -1% @ 5° off-axis; -2% @ 10°; -3% @ 15°. Calibration drift < 1% after 100 hours use at 16 MPH | 7 m/s. Replacement impeller (NK PN-0801) field installs without tools (US Patent 5,783,753). Wind speed calibration and testing should be done with triangle on impeller located at the top front face of the Kestrel. Measuring wind speeds above 60 m/s / 134.2 mph can damage the impeller.
*F/S only in Ballistics units. Beaufort not available in Ballistics units.
|Ambient Temperature||0.9 °F
|-20.0 to 158.0 °F
-29.0 to 70.0 °C
|Airflow of 2.2 mph|1 m/s or greater provides fastest response and reduction of insolation effect. For greatest accuracy, avoid direct sunlight on the temperature sensor and prolonged sunlight exposure to the unit in low airflow conditions. Calibration drift is negligible for the life of the product. For further details, see Display & Battery Operational Temperature Limits|
|Relative Humidity||±2%RH||0.1 %RH||10 to 90% 25°C non-condensing||To achieve stated accuracy, unit must be permitted to equilibrate to external temperature when exposed to large, rapid temperature changes and be kept out of direct sunlight. Calibration drift is typically less than ±0.25% per year.|
|Pressure||±1.5 mbar at 25°C, 700-1100 mbar/ ±0.044inHg at 77°F 20.67-32.48 inHg/
±0.022 PSI 10.15-15.95 PS
700-1100 mbar/20.67-32.48 inHg/10.15-15.95 PSI
|Monolithic silicon piezoresistive pressure sensor with second-order temperature correction. Between 1100–1200 mbar, unit will operate with reduced accuracy. Sensor may not operate above 1200 mbar and can be damaged above 6,000 mbar or below 10 mbar. Calibration drift is negligible for the life of the product.|
1/16th Cardinal Scale
|0 to 360°||2-axis solid-state magnetoresistive sensor mounted perpendicular to unit plane. Accuracy of sensor dependent upon unit's vertical position. Self-calibration routine eliminates magnetic error from batteries or unit and must be run after every full power-down (battery removal or change). Readout indicates direction to which the back of the unit is pointed when held in a vertical orientation. Declination/variation adjustable for True North readout.|
|Measurement||Accuracy (+/-)||Resolution||Sensors Deployed|
|Air Density||0.0002 lb/ft3
|Air Flow||6.71%||1 cfm
User Input (Duct Shape & Size)
|Altitude||typical: 23.6 ft/7.2 m - 50 to 1100 mBar
max: 48.2 ft/14.7 m – 300 to 750 mBar
User Input (Reference Pressure)
|Barometric Pressure||0.07 inHg
User Input (Reference Altitude)
|Crosswind & Headwind / Tailwind||7.1%||1 mph
|Wind Speed Compass|
|Delta T||3.2 °F
|Density Altitude||226 ft
|Dew Point||3.4 °F
15-95% RH. Refer to Range for Temperature Sensor
|Evaporation Rate||0.01 lb/ft2/hr
|Wind Speed Temperature Relative Humidity Pressure User Input (Concrete Temperature)|
|Temperature Relative Humidity|
|Moisture Content | Humidity Ratio (“Grains”)||.3gpp
|Temperature Relative Humidity Pressure|
|Relative Air Density||0.3%||0.1%||Temperature Relative Humidity Pressure|
|Wet Bulb Temperature - Psychrometric||3.2 °F
|Temperature Relative Humidity Pressure|
|Wind Chill||1.6 °F
|Wind Speed Temperature|
|Display & Backlight||Multifunction, multi-digit monochrome dot-matrix display. Choice of white or red LED backlight.|
|Response Time & Display Update||Display updates every 1 second. After exposure to large environmental changes, all sensors require an equilibration period to reach stated accuracy. Measurements employing RH may require longer periods particularly after prolonged exposure to very high or very low humidity.|
|Data Storage & Graphical Display, Min/Max/Avg History||Logged history stored and displayed for every measured value. Manual and auto data storage. Min/Max/Avg history may be reset independently. Auto-store interval settable from 2 seconds to 12 hours, overwrite on or off. Logs even when display off except for 2 and 5 second intervals. Kestrel 5 series units hold over 10,000 data points.|
|Data Upload & Bluetooth® Data Connect Option||Wireless range up to 100ft. Connection requires optional USB data transfer cable or Kestrel Link Dongle or Kestrel LiNK app. Employs Kestrel Link protocol for data transmission with Link supported devices. (Kestrel LiNK for iOS/Android, Kestrel Link for PC/MAC).|
|Clock / Calendar||Real-time hours:minutes:seconds clock, calendar, automatic leap-year adjustment.|
|Auto Shutdown||User-selectable – Off, 15-60 minutes with no key presses.|
|Languages||English, French, German, Spanish.|
|Certifications||CE certified, RoHS and WEEE compliant. Individually tested to NIST-traceable standards.|
|Origin||Designed and manufactured in the USA from US and imported components. Complies with Regional Value Content and Tariff Code Transformation requirements for NAFTA Preference Criterion B.|
|Battery Life||AA Lithium, included. Up to 400 hours of use, reduced by backlight or Bluetooth radio transmission use.|
|Shock Resistance||MIL-STD-810g, Transit Shock, Method 516.5 Procedure IV; unit only; impact may damage replaceable impeller.|
|Sealing||Waterproof (IP67 and NEMA-6)|
|Display & Battery Operational Temperature Limits||14° F to 131° F | -10 °C to 55 °C Measurements may be taken beyond the limits of the operational temperature range of the display and batteries by maintaining the unit within the operational range and then exposing it to the more extreme environment for the minimum time necessary to take reading|
|Storage Temperature||-22.0 °F to 140.0 °F | -30.0 °C to 60.0 °C.|
|Size & Weight||5.0 x 1.9 x 1.1 in / 12.7 x 4.5 x 2.8 cm, 4.3 oz / 121 g. (Lithium battery included)|
|Kestrel 5000 - Quick Start Guide|
|Kestrel 5000 Series - Specification & Generic Certificate of Conformity
(see Compare Kestrel Range tab for different products and features)
|Kestrel Link for Windows (v1.04.04)|
Simple communication to Windows computers is provided through the
optional LiNK .USB Dongle or USB Data Transfer Cable.
Compatible with Windows 7, Windows 8, Windows 8.1, and Windows 10
|Kestrel Link for OSX/Mac OS (v1.04.04)|
Transfer data from your Kestrel 5 Series device and archive on your Mac computer.
|Kestrel LiNK Ballistics for Android|
Wireless connection. When in range, view real-time measurements, receive on-screen alerts
& download your data. Logged data can be viewed, analyzed, archived & shared via
e-mail, Facebook & Twitter.
NOTE: Range up to 100' line of sight – reduced by walls and obstructions.
Android Store »
|Kestrel LiNK Ballistics for iOS|
Wireless connection. When in range, view real-time measurements, receive on-screen alerts and download your data. Logged data can be viewed, analyzed, archived and shared via e-mail, Facebook and Twitter. Enables firmware update of Kestrel 5 series meters.
NOTE: Range up to 100' line of sight – reduced by walls and obstructions.
Apple Store »
The safety of crop spraying is reliant on measurements of relative humidity, wind speed and wind direction, these measurements are also critical for maximising the effectiveness of the spraying process. This is also a heavily regulated area with many regions specifying maximum permitted wind speed when spraying to minimise spray drift.
Every single Kestrel model offers fast and certified-accurate wind speed measurements in a unit that fits conveniently into your pocket, making it easy to be in full regulatory compliance. In hot, dry conditions, evaporation can send your expensive chemicals uselessly into the air rather than onto your crops. In these conditions, selecting an appropriate nozzle and increasing the spray droplet size can minimize costly evaporation. Kestrel models are available to measure dry bulb temperature, wet bulb temperature, Delta T, relative humidity and dew point temperature. Every Kestrel humidity measurement uses our patented fast-acting humidity sensor with accuracy guaranteed through a two-point calibration. Wet bulb temperature is pressure-corrected to ensure accuracy even at high altitudes and low humidity.
If your application requires documentation of the weather conditions, use the Kestrel 5000's 2000-point memory to conveniently store all environmental information with the single press of a button, and later upload your stored data to a computer to create a log of spraying conditions (requires optional interface).
Environmental control is key to ensure the health of livestock. Effective ventilation and temperature and humidity control of livestock facilities is fundamental and can reduce disease and prevent stock loss, as well as improve your rate of gain and feed-conversion efficiency.
A Kestrel 3000 Pocket Weather Meter allows you to measure the key parameters - air velocity, temperature, and relative humidity and due to its compact size this can be done right next to the livestock and the environment they are experiencing. Complete with an optional rugged carry case that can easily be clipped to your belt, the Kestrel 3000 will always be close at hand to ensure you can complete spot checks efficiently whilst improving your stocks safety and health.
Vineyard managers need essential environmental conditions data to maximise the harvest and minimise vine damage. The Kestrel 3000 monitors the key parameters of wind speed, air temperature, relative humidity and dew point right next to the vine. This helps determine the frost protection requirements in the key spring and autumn seasons. If the air is dry (low dew point) heat loss will be greater than when the air is moist, and the threat of a radiation freeze goes up. Dew point and temperature also affect leaf wetness, which influences the development of downy mildew. The Kestrel's wind speed readings ensure that spraying is done safely and effectively during appropriate environmental conditions.
A Kestrel Pocket Weather Meter is also a valuable tool when planning your vineyard. Tracking conditions at potential vine locations can help you develop an accurate understanding of your property's microclimates and select the varietals and growing sites that will ensure success.
Choosing the best environmental conditions to harvest crops maximises the harvest and the crop quality. The Kestrel Pocket Weather Meter helps farmers track the current and predicted climatic conditions. Whatever the crop you grow, a Kestrel Pocket Weather Meter (such as the Kestrel 3500) makes it simple to monitor field conditions from your pocket in real-time to pinpoint the ideal conditions for maximising your harvest and crop quality. Rugged, portable and simple to use, it also comes at an affordable price.
Livestock Heat & Cold Monitoring
Heat stress can cause reduced productivity and even death in livestock. The effects of severe heat stress are often seen in the form of reduced reproductive performance, reduced daily weight gain and reduced milk production. By using a Kestrel to monitor temperature and humidity, and referring to the heat index appropriate for your livestock (indices exist for cattle, swine, turkeys and laying hens), a farmer can take necessary cooling measures in time. Cooling measures include increasing ventilation, making plenty of drinking water available, misting the animals, avoiding transport and movement, and withdrawing feed.
Wind chill is equally important in the winter. A cow's energy requirements are estimated to increase 1% for each degree the wind chill is below 32°F, and the effect is even more severe for a wet cow. These increased energy requirements have to be made up in additional feed or the animals will fail to thrive.
Perfect for temporary airfields or remote airfields, FlexiMet Wind and FlexiMet WX systems are fast to install and ensure personnel on the ground can provide needed landing zone weather data. Data logging functionality delivers long term records ideal for analysis prior to developing a remote or temporary airfield.
Other applications include wind and weather analysis for parachute drop zones, local flying clubs and hot air ballooning events.
Aircraft Hanger Door Operating Systems
FlexiWind systems with a WS-15A Display unit have been used extensively to monitor wind speed and direction to ensure safe operation of hangar doors.
Hangar doors often have high wind speed limits and operators must ensure they work within these. The FlexiWind systems with WS-15A displays not only allow for remote viewing and data logging of wind speed and direction data but there is also a single relay switch within the WS-15A display. This allows the hangar doors to be locked down when a defined wind speed limit is met.
Ideal for harsh remote locations the FlexiMet Wind and FlexiMet WX systems utilise Gill ultrasonic technology guaranteeing accurate data with minimal maintenance. Linked to the IP65 rated WS-15A display, the system is often used as a secondary system, being able to operate locally from a 12V power supply.
The MetPak Pro sensor allows extra inputs making it ideal for remote environmental data buoy monitoring. The MetPak Pro measures the standard MetPak weather parameters including wind speed, wind direction, air temperature, relative humidity, dew point and barometric pressure. In addition it has the facility for extra inputs to be added enabling sea temperature, precipitation, light readings and depth readings to be acquired.
RPR Ltd can supply the sensor alone or work with the relevant authorities to deliver a complete standalone system. The GBR sailing and canoe teams have both used RPR Ltd's systems for medium to long term monitoring of event locations.
School Weather Stations
RPR Ltd have been selling weather stations to Schools and other Education establishments for many years. The FlexiMet Wind and FlexiMet WX systems deliver extremely accurate data that is ideal for research purposes. With a power requirement of only 12V, they are quick and easy to install even in remote locations far away from mains power.
The systems will store all the data locally on the SpaceLogger data logger and from here it can be manually transferred to PC using the SD memory card or viewed live on the PC if the system is within a Wi-Fi network. Data is captured and held within a CSV file format making it easy to view within standard Microsoft programs such as Excel.
RPR Ltd can lease, rent or sell the systems depending on the customer requirements.
Fire-fighting / Emergency Response Vehicles
To understand air movements and deliver accurate plume modelling it is essential to observe real time environmental conditions.
Richard Paul Russell Ltd have developed a complete weather station utilising WindSonic and MetPak technology that can be fitted to first responders vehicles giving instantaneous weather data within seconds of arrival. The system can be mounted directly onto a vehicle or positioned remotely using a tripod or pole mounting fixed to a structure.
The FlexiMet Wind 1 system using WindSonic technology will deliver wind speed and direction whilst the FlexiMet WX 1 with MetPak technology will monitor additional environmental parameters including temperature, humidity, barometric pressure and dew point. You can add additional functionality to the systems with a bespoke easily mountable display to view instant readings, whilst data logging functionality ensures long term data retrieval for report writing and post event analysis.
Now every first responder vehicle can carry the equipment required to analyse and log the data to ensure the safe deployment of personnel.
Remote Weather Data Collection
SpaceLoggers have been widely deployed for many varied outdoor environmental monitoring applications, including climatic monitoring as well as indoor monitoring within offices, workplaces, warehouses, schools and other premises.
SpaceLoggers are designed to function remotely requiring only 7-30V DC power. The data is stored on an SD memory card so no PC hook-up is required in the field. In the case of the SpaceLogger W8 Wireless data logger, wind speed and direction can be relayed directly to PC over the local Wi-Fi network.
The SpaceLogger S10 is a hugely versatile data logger and may be configured for virtually any sensor outputting RS232 data, including devices requiring polling or handshake to enable data output.
Mapping Conditions & Life on the Sea Bed
SpaceLogger S10 data loggers have been utilised to map the conditions and life on the ocean floor. SpaceLogger S10 data loggers were being towed at depths of 3000 metres whilst taking recordings of CTD (water conductivity, temperature and depth).
The SpaceLogger S10 data loggers were part of the equipment on three 3000 metre depth rated ‘pods' along with batteries, video processing equipment and control electronics.
Marcus Shirley of Mr ROV, a member of the research team, confirmed back to us:
With increased awareness and monitoring of air quality there is a demand for accurate sensing equipment that is reliable, low maintenance and durable. Richard Paul Russell Ltd supply complete weather system solutions that can be easily transported and fixed to structures using a bespoke mounting system or remotely positioned using a tripod.
The Richard Paul Russell Ltd systems use ultrasonic WindSonic and MetPak technology which are pre calibrated and have no moving mechanical parts thus require very little on-going maintenance, reducing operational costs.
Understanding weather conditions such as wind speed and direction, temperature and humidity is essential when trying to analyse pollution the environmental conditions and deliver plume modelling. Commonly monitoring of pollution and environmental conditions takes place in extremely varied locations, from inner cities to remote rural areas.
The FlexiMet system from Richard Paul Russell Ltd uses the Gill MetPak sensor with an integrated WindSonic ultrasonic wind sensor for high accuracy wind speed and direction measurement combined with air temperature, relative humidity, dew point and barometric pressure readings. When used remotely the system can be powered by battery and solar power with the SpaceLogger W10 data logger acquiring the data into a CSV file for easy download to PC. If the system is held within a Wi-Fi network the SpaceLogger W8 Wireless data logger will allow 'real time' viewing of the data on PC or via the Weather-File website.
|Fire-fighting & Emergency Response|
The Kestrel range has been used by fire-fighters and emergency response teams for many years. The Kestrel range has a model that meets all requirements from wildland fire-fighting to search and rescue to hazardous materials response.
Preferred models are the Kestrel 3000 and Kestrel 3500 delivering fire behaviour prediction from wind speed combined with temperature, relative humidity, dew point and wet bulb temperature. This information is key to monitoring heat stress and avoiding heat injury or death of personnel.
Search and Rescue teams often require additional density altitude with wind readings data to ensure rescue craft and personnel have exact weather conditions ensuring safe operations. The Kestrel 5000 delivers barometric pressure, pressure trend, altitude, humidity, dew point and heat stress readings combined with other parameters in an extremely compact and portable design ensuring quick data retrieval that can be communicated to rescue teams, aircraft and dog team leaders.
HAZMAT teams can rely on the Kestrel 5400 with Bluetooth and portable vane mount as a complete weather kit able to measure all the parameters required for plume modelling whether CAMEO/ALOHA or PEAC. Personnel dressed in heavy protective clothing are safeguarded from the potential effect of heat stress with this variable being specifically measured. Using the Bluetooth data transfer facility all data can be logged and analysed before during and after personnel deployment.
|Health & Safety Monitoring|
Working at Height
The Health and Safety Executive in their health and safety in roof work paper make specific reference to wind and weather conditions stating that weather conditions should be considered when planning any work at height. Obviously wind, rain, ice or snow can have a direct impact on how secure a foot holding will be.
HSE Advises Maximum Wind Speed
1. You should anticipate adverse weather conditions and take suitable precautions. The Work at Height Regulations 2005 specifically require that weather conditions be considered when planning any work at height. Rain, ice or snow can turn a secure footing into a skating rink. A roof should always be inspected before work starts to see if conditions have changed and to check whether it is safe to work.
2. A sudden gust of wind can lead to loss of balance. Roof sheets and, in some circumstances, roofing membrane should not be fixed in windy weather as people can easily be thrown off-balance while carrying a sheet up to or on the roof, particularly when handling large sheeting materials during work on industrial buildings.
3. It is not only in industrial roofing that care must be taken in windy conditions. A slater or tiler cannot work safely in high winds and a roll of roofing membrane can become mobile if it is caught by the wind. On flat roofs, materials such as felts are equally affected and the effect of high wind upon hot bitumen when it is being poured can be extremely dangerous.
4. When deciding whether to continue or suspend work, consider:
5. A competent contractor should use a hand-held anemometer to measure wind speed if large sheets are being handled.
6. The Beaufort scale (Table 2) gives descriptions of how trees, smoke etc will behave at certain wind speeds.
Laboratory Equipment with RS232 Output
Much laboratory equipment is supplied with an RS232 output. Where continuous connection to a PC is impractical a SpaceLogger can offer a dedicated data logging solution for short or long term monitoring.
The SpaceLogger S10 is readily configured to record the output from numerous instruments and devices producing time-stamped records in .CSV file format.
SpaceLoggers are commonly used for recording cycle records from autoclave machines. They provide a cost effective and efficient way to monitor equipment with an RS232 output including weighing scales, refrigerators, freezers and storage rooms.
The SpaceLogger T10 model is ideal for balances or analysers with a print command and RS232 output and will keep a text record identical to the paper print-out. This file can be read using Notepad or similar.
|Marine, Ships & Harbours|
Dockside cranes can be exposed to the worst weather conditions and as such are susceptible to wind related damage and potential collapse. Operators need clear and accurate wind data delivered to the cab and monitored remotely to ensure they work within guidelines.
Richard Paul Russell Ltd has developed specific wind systems for crane use. The systems utilise a Gill ultrasonic sensor mounted high on the crane jib / boom. This is then linked to a WS-15A display in the cab that has high and low alarm settings ensuring an audible or visual alarm is activated when the wind speed reaches the maximum allowed.
The wind data is recorded using the SpaceLogger W10 or SpaceLogger W8 Wireless data loggers providing date and time stamped data for operator records. In the case of the SpaceLogger W8 Wireless data logger, wind speed and direction can be relayed directly to a site office PC and viewed live using our WeatherFile website.
Port & Harbour Authorities
Richard Paul Russell Ltd has developed a cost effective stand-alone weather station using the Gill MetPak and Gill WindSonic sensor. The station can deliver wind speed and direction via the WindSonic and add air temperature, relative humidity, dew point and barometric pressure with the MetPak sensor.
The system delivers a maintenance free, robust and highly accurate solution for local weather information. Essential data for harbour authorities, visiting ships and recreational water sport participants.
Missile Trajectory Prediction
The RPR Ltd FlexiMet WX systems supply the accurate meteorological data required accurately predict ballistic trajectories within the atmosphere.
A projectile moving through the air is effected by a number of forces including wind, temperature, barometric pressure, and humidity, so accurate monitoring of all weather parameters is essential.
Accurate observation and measurement of surface wind at UAV sites is essential to ensure correct and successful launch and landings. FlexiMet Wind systems allow data to be gathered on site from various locations and analysed.
Because the size and design of UAV's varies greatly, knowing the surface wind conditions is critical to ensure control of the UAV is maintained. Any deviation from the planned flight path can pose a safety risk to ground crew and could result in serious damage to or total loss of the aircraft.
Recently multiple Gill WindSonic sensors have been connected at varying heights with data being monitored via SpaceLogger data loggers giving essential information for post launch and pre landing flight.
Temporary or Remote Air Fields
Recent applications have seen multiple WindSonic sensors at varying heights gathering data via SpaceLogger data loggers determining the variation in wind velocity from ground level upwards.
Whether an athlete, professional coach or sporting venue the Kestrel 5400 is essential for measuring athletes performance and preventing heat stress. Environmental measurements such as temperature, relative humidity, heat stress index, wet bulb temperature, wet bulb globe temperature (WBGT) and more are essential to ensure safe training and competition conditions.
By using a Kestrel 5400 Heat Stress Tracker, athletes, trainers and coaches can view and record real time environmental data during practices and competition throughout the season. With 2300 storage points, users can wirelessly transfer the information captured to their PC or android phone for future reference via the Bluetooth wireless data option in the Kestrel series.
With the Kestrel 5400 users can set customisable warning screens with six individual thresholds coming as standard with the software. Each threshold can be set to signal a visual warning on the display so users can proactively monitor conditions and keep athletes safe.
Combined with the Kestrel Large Tripod and Vane Mount the Kestrel 5400 can monitor environmental conditions remotely helping to gather valuable data before, during and after an event.
Sailing & Yacht Racing
Whether racing dinghies, keelboats or cruising in blue water, The Kestrel range of weather meters can supplement land based or on board weather information. Understanding the exact wind speed, average wind speed and maximum gusts gives the exact data required to ensure the perfect rig set up and maximise the crafts performance.
The Kestrel 1000 is an extremely cost effective entry level model supplying average wind speed, current wind speed and maximum gust.
The Kestrel 5000 monitors a far wider set of weather parameters including barometric pressure, pressure trend, relative humidity, heat stress index, wind chill and many more. When combined with automatic data storage, this is useful when reviewing rig performance, tracking storm development and deciding future rig settings and clothing requirements. 100% waterproof and durable the Kestrel floats in water minimising the likelihood of loss.
Skiing & Snowboarding
Competition skiers, mountain rescue teams, snowmaking personnel, ski patrols and resort managers all require accurate, instant and local weather information. From a competitors decision about what equipment and wax to use, to resort managers determining when and where to use snowmaking equipment.
The Kestrel 5000 and Kestrel 3500 feature an external temperature sensor. Simply place the sensor into the snow pack to gain fast and accurate data wherever you are on the piste. The added functionality of wind speed, wet bulb temperature, relative humidity, wind chill, and barometric pressure provides full weather station data in your hand from anywhere on the resort. Tough, durable and waterproof it will also last.
Hang Gliding, Paragliding & Ballooning
Powered and unpowered aviation enthusiasts are heavily reliant and influenced by the wind. The Kestrel 1000 delivers extremely accurate current wind speed, average wind speed and maximum gust speed data in your hand from the exact launch location.
The Kestrel 2500 includes altitude, pressure and wind chill data all important when determining flight pattern and clothing requirements.
The Kestrel 5500 increases functionality further by supplying wind direction, crosswind and headwind/tailwind calculations accurately and automatically - valuable data prior to launch. Kestrels start from under £100 come with a 5 year warranty, are extremely waterproof and durable making it an essential piece of kit for all air sports enthusiasts.
Backpacking, Camping, Climbing & Mountaineering
Monitoring and predicting weather in remote areas can be challenging, understanding current and future weather conditions is vital for good preparation and the ongoing safety of any outdoor activity. Carrying a Kestrel Pocket Weather Meter gives the valuable environmental parameters required to make key decisions such as; do I push for the summit, what clothing to take, how large is the weather window, what level of heat stress will I endure.
The Kestrel 5000 delivers all the parameters required including barometric pressure, pressure trend, altitude, relative humidity, heat stress index, dew point, wet bulb temperature, density altitude, wind chill, temperature (air, water and snow), current wind speed, average wind speed, and maximum gust. The Kestrel 5000 has an extensive memory and can log data to be reviewed at PC, sent to base camp or rescue teams. Whatever level your outdoor activity Kestrel will ensure you start fully prepared.
Search & Rescue
Rescue teams need to quickly and accurately assess the conditions wherever they're working, they need to monitor the local weather conditions, predicted weather conditions and information to assess exposure and heat stress. This information is vital for ground crews and rescue helicopters to deliver fast and save evacuations.
The Kestrel 5000 supplies valuable data including barometric pressure, pressure trend, altitude, relative humidity, heat stress index, dew point, wet bulb temperature, density altitude, wind chill, temperature (air, water and snow), current wind speed, average wind speed, and maximum gust. This data provides the foundation for fast and decisive decision making ensuring the safety and speed of all those involved in a rescue operation.
Kite Surfing & Windsurfing
Up to the second accurate wind speed information is what the windsurfer and kitesurfer need to determine sail area and board choice. The Kestrel 1000 for under £100 delivers current wind speed, average wind speed and maximum gust in your hand providing wind information pin point accurate to your location.
The Kestrel 2000 includes temperature (air and water) and wind chill helpful when considering the correct attire and how the conditions will feel on the body. 100% waterproof, held in a durable casing with a patented replaceable impellor the Kestrel won't let you down however hard you play.
Paddling & Kayaking
Paddling and kayaking enthusiasts are keen to understand wind speed and water temperature. Long distance touring paddlers use this information to decide upon their equipment list, clothing and likely distance to be travelled. The ability to predict changing weather makes long distance trips safer and more enjoyable. The white-water paddler will utilise the water temperature and wind chill information when calculating the amount of clothing required and potential impact on their performance.
The superlight Kestrel 2000 displays current wind speed, average wind speed and maximum gust with air/water temperature and wind chill.
The Kestrel 3500 carries the extra functionality required to predict future weather conditions, monitor relative humidity and heat stress. Both models are fully waterproof, lightweight and durable.
Flying enthusiasts whether private plane, small helicopter, ultralight or glider rely upon accurate weather information when taking off or landing. The Kestrel 5000 delivers key information including wind speed, altitude, barometric pressure and density altitude readings particularly useful when flying to remote or unmanned locations. Each Kestrel is designed with a huge amount of market knowledge and expertise and with one of the Kestrel founders being an avid glider pilot. The Kestrel has unique functionality tailored to flyers' exact needs.
|Long Range Target Shooting|
Competitive shooters understand that crosswind, air pressure, temperature and humidity all impact on the accuracy of their shot. These variables all go towards the ballistic coefficient and wind drift of your shot, historically shooters have used experience and rough estimates to deliver a result often not leading to a small group.
The Kestrel with Horus or Applied Ballistics measures every parameter required including wind speed and direction to calculate crosswind and headwind in relation to the target. This data combined with actual and barometric altitude, density altitude, temperature and relative humidity that can be logged automatically and manually with up to 2000 individual data sets.
The Kestrel Shooter's Weather Meter with ballistics calculator measures wind speed/air velocity, temperature, wind chill, relative humidity, heat stress index, dew point temp, wet bulb temp, barometric pressure, altitude, density altitude, wind direction, crosswind, headwind/tailwind, and pressure trend. This data is supported with a choice of Horus or Applied Ballistics software.
The Horus® database has simple, intuitive screens allowing the user to create up to five targets customized for location, distance, direction, declination and winds. The Kestrel meter's highly accurate measuring and averaging of the wind and digital compass for target bearing and wind direction assists in defining the target winds. Once these parameters are set, the Kestrel meter takes over - tracking the current met data and automatically updating the firing solution using Horus® advanced proprietary algorithms and taking coriolis and spin drift into account. No additional user input is required.
The Applied Ballistics version calculates the accurate fire control solution for long range rifle shooting. By selecting from the super accurate 'Litz' library of G1 or G7 ballistic coefficient that has data for more than 225 long range bullets combined with the 15 environmental parameters at your fingertips you are able to train the software to match your specific rifle based on observed impacts, totally removing the guess work from trajectory calculation.
Both versions also come with an option for integrated Bluetooth technology offering the ultimate in portable and accurate environmental data. Now, both real-time and logged data can be transferred wirelessly and automatically to a laptop or PDA, making a Kestrel the perfect tool for virtually any job that requires quick and reliable data.
Pete Moore from Shooting Sports Magazine reviews the
Kestrel 2500NV weather meter
"If accurate shooting is your goal then you need to have all bases covered, consider a wind meter ... "
"... I approach my hunting by ensuring I have all the data and the right items I need to make the shot count every time... a chance to try out a wind meter was a bit of a revelation and now I know what I have been missing.
For me the real revelation was to know the actual wind speed, followed by the ability to get high, low and average readings quickly and apply them to a firing solution. The biggest surprise was how far out my eyeball methods of judging the speed were."
• If you take your shooting seriously this is an essential item
|In the Press|
|Read the full review of the Kestrel 2500NV weather meter in the Jan 2010 edition of Shooting Sports (PDF 2MB)|
Competitive archers rely on their ability to compensate for the wind conditions, as the wind applies pressure on the bow it will determine greatly the arrows flight direction and rate of fall.
A Kestrel 1000 offers a simple and accurate solution providing current wind speed, average wind speed and maximum gust data in a pocket sized device that can be used in hand or fixed to a collapsible compact tripod with a vane mount.
The Kestrel 1000 is the perfect solution whilst practicing to learn how varying wind conditions impact on the arrows flight path and during competition to ensure an archer reads conditions correctly and compensates accordingly
Academic research, product development, testing and analysis all require a high level of accuracy along with convenient data storage.
SpaceLoggers have been used extensively for projects including sub-sea condition research, wind farm site analysis, pollution and noise monitoring and road traffic analysis, particularly where equipment is remote or space or power at a premium.
The SpaceLogger S10 for example offers a versatile solution to gathering data from numerous devices with RS232 output when it would be impractical to have direct link to PC. The SpaceLogger S10 connects directly to up to two RS232 data inputs, the data is stored on to an SD memory card that can be easily transferred to PC.
The SpaceLogger A10 will take up to 2 4-20mA inputs as well as an RS232 input, converting all to a combined, time-stamped serial data output and .CSV file.
Sailing Schools, Clubs, Marinas, Coaching & Race Management
Sailing and Yacht clubs require accurate wind data linked to an in-club display. Richard Paul Russell Ltd has developed a cost effective accurate solution. The FlexiMet Wind 1 system combines ultrasonic WindSonic technology with a tailor made software package that delivers a graphical display of real time and historical wind conditions, including current wind speed, average wind speed, maximum gust and direction straight into the club house. Combine this with MetPak technology and you can supply additional temperature, wind chill, humidity, barometric pressure and dew point measurements.
The systems can be remotely positioned with radio links delivering a constant data feed or by cable depending on distance. If you require a separate display remotely, e.g. your starting hut is positioned away from the club house display, the WS-15A Display provides a compact robust cost effective solution.
All the data can be logged using the SpaceLogger W10 (WindLogger) a compact unit that requires low power it will date and time stamp your data direct onto SD card for later analysis. The SpaceLogger W8 Wireless option will allow live viewing of the data via our WeatherFile website.
Golfers and golf course management take an active interest in the weather conditions. Temperature, Wind speed and direction measurements linked with precipitation readings form the basis of informed decisions regarding when to spray the course or determining the areas that could be susceptible to flooding. All this information can be data logged ensuring useful long term reporting, taking the guess work out of golf course care and management and useful for risk assessment linked to wind speed and direction.
The WeatherFile software delivers a professional display within the clubhouse or over the internet giving golfers real time information, helping them to decide on the correct clothing or when to sneak in that après work round.
Once installed the Richard Paul Russell Ltd system requires virtually no maintenance due to there being no moving parts and unlike a traditional cup and vane wind system it won't stop when a bird lands on it.
Sports stadium management and visitors utilise local weather information for many reasons. Officials will use it to determine whether to cancel events due to weather conditions and facility managers can rely on the weather data to determine heating and cooling plans. Grounds and maintenance crews will utilise the information to determine mowing, planting and watering schedules, and research and educational establishments can incorporate weather station and weather data into their coursework.
The information is invaluable for coaches and athletes to evaluate performance and the impact of environmental conditions on individuals.
Richard Paul Russell Ltd can supply systems that simply monitor trackside wind conditions or develop full weather stations linked to our SpaceLogger W10 or SpaceLogger W8 Wireless data loggers, WS-15A display or WeatherFile website for real time viewing of conditions and long term data gathering for later analysis.
|Sport (Data Loggers)|
Recording Of Sports Venue, Athlete & Equipment Performance Data
Capturing environmental data and analysing it is key to the training and development of athletes and coaches.
SpaceLogger W10 and SpaceLogger W8 Wireless data loggers allow remote capture of weather data in the field, on the water or track-side in the sports stadium. As part of a complete FlexiMet Wind or FlexiMet WX Weather station the SpaceLogger will record all data that can then be transferred either manually to PC using the SD card or viewed in real-time on PC when using the SpaceLogger W8 Wireless data logger.
For monitoring other athlete performance data, a SpaceLogger S10 can be configured for virtually any equipment with RS232 output offering a simple solution to add data logging function to existing or new systems.
SpaceLogger have been deployed at recent Olympic & World Championship venues to provide better understanding of the local conditions to ensure teams have the best information to make critical decisions which may make the difference in achieving a medal.
From the weather enthusiast to the serious weather professional. From those purely interested in monitoring wind speed and direction data to professionals analysing the full spectrum of weather parameters. Richard Paul Russell Ltd supply systems that cater for every area.
The FlexiMet Wind and FlexiMet WX systems are used extensively by research institutions, weather analysts, agriculture professionals, sports associations and bodies, educational establishments, military bodies and weather enthusiasts alike.
Whatever your requirement, Richard Paul Russell Ltd have a system to suit your needs. It could be a simple FlexiMet wind system delivering live wind data to a full FlexiMet WX system with data logging and Wi-Fi connectivity, allowing remote viewing of all weather parameters live over the internet via the Richard Paul Russell Ltd WeatherFile.com website. If it isn't one of our published systems we can work with you to deliver a bespoke solution.