Studio

Station Builder

A 10 m guyed mast with wind, temperature, humidity, rain, radiation and pressure, solar powered, reporting over LTE.

Site and delivery

North America · LoRaWAN plan US915 · cellular band set NA

Parts

115 of 115 parts

Light tripod mast, 2 mPortable three-leg tripod for compact stations and short campaigns. 2 mIP66$$
Telescopic guyed mast, 6 mNested sections raised in minutes; folds for transport and rapid deployment. 6 mIP66$$$
Guyed mast, 10 m (WMO wind height)The standard 10 m meteorological mast, tubular sections with three guys at two levels. 10 mIP66$$$
Steel pole, 6 mTapered galvanised pole on a bolted base plate, no guys, small footprint. 6 mIP66$$$
Steel pole, 12 mTall tapered pole for cameras and radios that need a long line of sight. 12 mIP66$$$$
Lattice tower, 20 mSelf-supporting triangular tower with ladder and top platform for radios and cameras. 20 mIP66$$$$
Lattice tower, 30 mHeavy self-supporting tower for macro-style sites; foundation design on survey. 30 mIP66$$$$
Rooftop ballast mount with 2 m mastNon-penetrating ballasted base for roofs; ballast sized from the wind load. 2 mIP66$$$
Monitoring pier (GNSS, seismic)Reinforced concrete pier on a deep foundation with a levelling plate. 1.2 mIP68$$$
Wall or pole box, IP66 (20 L)Sealed polycarbonate box for a logger and a small battery, with a pole bracket. 14 LIP66$$
Outdoor cabinet, aluminium IP65 (300 L)Plinth-mounted cabinet with sun shield, filtered vents and a DIN backplate. 260 LIP65$$$
12U 19-inch rack, sealed outdoorSealed outdoor rack cabinet with heat exchanger for servers and switches. 360 LIP55$$$
Field shelter, 2.4 × 2.4 mInsulated walk-in shelter on a skid with air conditioning, racks and fire detection. 350 W9000 LIP55$$$$
Seismic vault, 0.6 m (buried)Cast vault with sealed lid below the frost line; keeps wind and temperature noise out. 140 LIP68$$$
Battery box, vented IP65 (100 L)Vented box for batteries on the ground, with a thermal pad for cold sites. 90 LIP65$$
Solar panel, 30 WCompact monocrystalline panel for low-power nodes. 30 WpIP67$$
Solar panel, 100 WRigid monocrystalline panel, the workhorse of remote stations. 100 WpIP67$$
Solar panel, 200 WLarge rigid panel for stations with cameras, radios or mixed loads. 200 WpIP67$$
Solar panel, 400 WHigh-output panel for sites that need hundreds of watts of generation. 400 WpIP68$$
Battery, LiFePO4 12.8 V 50 Ah (640 Wh)Lithium iron phosphate battery with an internal management system. 0.64 kWhIP65$$
Battery, LiFePO4 12.8 V 100 Ah (1.28 kWh)Deep-cycle lithium battery for multi-day autonomy at 12 V. 1.28 kWhIP65$$
Battery, LiFePO4 25.6 V 100 Ah (2.56 kWh)24 V lithium battery: half the current for the same power, thinner cables. 2.56 kWhIP65$$$
Battery, LiFePO4 51.2 V 100 Ah (5.12 kWh)Rack battery module for telecom-style 48 V sites and edge shelters. 5.12 kWhIP20$$$
Battery, AGM 12 V 100 Ah (1.2 kWh)Sealed lead-acid battery that charges in the cold; heavy, 50 % usable. 1.20 kWhIP55$$
MPPT solar charge controller, 20 A (12/24 V)Maximum-power-point tracking controller with a load output and data port. 0.4 W20 AIP20$$
MPPT solar charge controller, 40 A (12/24/48 V)Higher-power controller for arrays up to 2.2 kWp at 48 V. 0.8 W40 AIP20$$$
AC/DC power supply, 24 V 300 WDIN-rail mains supply with a wide input range, for stations on the grid. 8 WIP20$$
Rectifier, 48 V 600 WTelecom-style rectifier feeding a 48 V bus and battery for small cells and edge. 30 WIP20$$
DC/DC converter, 24 to 12 V 10 AIsolated converter for 12 V loads on a 24 V bus. 2 WIP20$
DC/DC converter, 48 to 24 V 10 AIsolated converter to feed 24 V equipment from a 48 V plant. 3 WIP20$
Methanol fuel cell, 100 WSilent generator for cold, dark sites where solar is not enough. IP55$$$$
Rack UPS, 1500 VA onlineDouble-conversion UPS to ride through mains dips and short outages. 0.60 kWh40 WIP20$$$
Rack PDU, 8 outlets, meteredMetered power distribution with per-outlet monitoring. 5 WIP20$$
Data logger, 8 channelsLow-power logger with RS-485, SDI-12, analogue and pulse inputs and local storage. 1.2 WIP20$$
Edge gateway, lite (ARM, 4 W)Fanless ARM gateway to collect, buffer and forward sensor data securely. 4 WIP30$$
Edge gateway, pro (x86, 25 W)Fanless x86 gateway for local processing, container workloads and many ports. 18 WIP30$$$
Edge AI gateway (GPU module, 35 W)Rugged GPU module for on-site image and signal inference (smoke, vibration, spectrum). 35 WIP30$$$
PoE switch, 4 ports (60 W budget)Small managed switch that powers cameras and radios over the network cable. 4 WIP30$$
PoE switch, 8 ports (150 W budget)Managed switch with eight PoE+ ports for camera and radio masts. 8 WIP30$$$
Rack switch, 24 ports (managed)Managed 24-port gigabit switch with 10 G uplinks for racks. 35 WIP20$$$
Edge server, 1U (250 W)Short-depth 1U rugged server for local compute, storage and virtualisation. 250 WIP20$$$$
Edge GPU server, 2U (650 W)Two-GPU 2U server for AI inference and signal processing at the edge. 650 WIP20$$$$
LTE router, Cat 4 (regional bands)Industrial LTE router with dual SIM and a VPN client; variants per region. 4 WIP30$$
5G router, sub-6 GHz (NSA/SA)Industrial 5G router for sites that need more than LTE can carry, such as video. 8 WIP30$$$
Outdoor 5G/LTE CPE, IP67 (PoE)Mast-mounted 5G modem with built-in antennas, powered over the cable. 12 WIP67$$
Private 5G small cell, outdoor (n77/n78)Outdoor 5G radio unit for a private network, with GNSS timing and PoE++ or 48 V power. 90 WIP67$$$$
LoRaWAN gateway, outdoor 8-channelOutdoor gateway for long-range low-power sensors; the plan follows the delivery region. 4 WIP67$$$
Wi-Fi 6 access point, outdoorOutdoor access point for technicians and short-range device links. 10 WIP67$$
LEO satellite terminal, flat panelSelf-pointing broadband terminal for sites with no terrestrial link; clear sky needed. 55 WIP67$$$
VSAT terminal, 75 cm Ku/KaGeostationary two-way terminal with a 75 cm reflector for remote sites and failover. 60 WIP66$$$$
Satellite IoT module (NB-NTN)Tiny satellite uplink for a few bytes per message when nothing else reaches the site. 0.6 WIP67$$
Point-to-point radio, 5 GHz (licence-exempt)Integrated dish-and-radio link of up to ~10 km over licence-exempt spectrum. 8 WIP67$$$
Point-to-point radio, 11 GHz (licensed)Licensed microwave link of 1 Gbit/s or more over tens of kilometres, with a 60 cm dish. 30 WIP66$$$$
Sub-GHz mesh radio, 900 MHzSelf-forming mesh radio to relay data between stations without any operator network. 6 WIP67$$
Fibre media converter, 1G SFPTerminates an armoured fibre run at the cabinet for sites on a fibre network. 3 WIP30$$
Cellular omni antenna, 698–3800 MHzWideband omnidirectional radome antenna for LTE and 5G routers. IP67$
Cellular sector antenna, 8 dBiDirectional panel antenna to aim the cellular link at a distant tower. IP67$$
Sub-GHz collinear antenna, 6 dBiFibreglass omnidirectional antenna for 863–928 MHz gateways and mesh radios. IP67$$
GNSS timing receiver (1PPS, NTP)Multi-constellation timing receiver giving 1PPS and NTP time to the station. 1.5 WIP30$$
PTP grandmaster clock with GNSSIEEE 1588 grandmaster for 5G and edge sites that need microsecond phase accuracy. 10 WIP20$$$
Geodetic GNSS receiver (multi-frequency)Survey-grade receiver logging raw observations for reference and deformation stations. 3 WIP67$$$$
GNSS active antenna (L1/L2)Weatherproof active patch antenna with a surge protector. IP67$
Geodetic choke-ring antennaMultipath-suppressing antenna for reference stations, on a pier or a mast. IP67$$$
Ultrasonic anemometer (2D)No moving parts; wind speed and direction to 60 m/s, with an optional heater. 0.5 WIP66$$
Cup anemometer and wind vaneClassic mechanical wind pair, rugged and low power; needs yearly bearing checks. 0.05 WIP65$$
Compact weather sensor (wind, T, RH, P, rain)One housing for the main variables; low power, quick to install, lower accuracy than separate sensors. 0.4 WIP66$$
Air temperature and humidity probe with radiation shieldA Pt100 and capacitive RH probe in a multi-plate shield, read at 1.25–2 m. 0.05 WIP66$$
Tipping-bucket rain gauge, 0.2 mm254 mm funnel and a tipping bucket; the reference rain gauge for most networks. 0.02 WIP65$$
Pyranometer, ISO 9060 class BThermopile solar radiation sensor for weather and PV yield monitoring. 0.05 WIP67$$
Barometer, ±0.3 hPaDigital pressure sensor placed inside the cabinet with a static pressure port. 0.02 WIP20$
Snow-depth sensor (ultrasonic)Ultrasonic ranger on an arm with temperature compensation. 0.3 WIP67$$
Visibility sensor (forward scatter)Meteorological optical range 10 m to 20 km for fog, roads and airfields. 3 WIP65$$$
Particle sensor (PM1, PM2.5, PM10)Laser-scattering particle monitor in a louvred shield, sampled at breathing height. 1.5 WIP65$$
Gas multi-sensor (NO2, O3, CO, SO2)Four electrochemical cells with temperature and humidity correction. 0.5 WIP65$$
CO2 sensor (NDIR)Non-dispersive infrared CO2 cell, 400–5000 ppm. 0.7 WIP65$$
Radar water-level sensor (80 GHz)Non-contact level sensor on a bracket over the water, ±2 mm to 30 m. 0.4 WIP68$$$
Submersible pressure level probe (vented)Vented pressure transducer on a cable; for wells and channels where radar cannot see. 0.1 WIP68$$
Surface-velocity radarDoppler radar for river surface speed; with level it gives discharge. 1.5 WIP68$$$$
Water-quality sonde (T, EC, pH, DO, turbidity)Multi-parameter sonde with wiped optics for fouling control. 0.8 WIP68$$$$
Soil moisture and temperature probeDielectric probe for volumetric water content at depth. 0.05 WIP68$$
Broadband seismometer (120 s)Three-component feedback seismometer for regional and teleseismic events; needs a digitiser. 0.6 WIP68$$$$
Short-period geophone, 4.5 Hz (3-component)Passive geophone for local seismicity and induced-vibration monitoring. 0.02 WIP68$$$
Strong-motion accelerometer (MEMS, ±4 g)Low-cost MEMS accelerometer for early warning and structural shaking. 0.15 WIP67$$
24-bit seismic digitiser (GNSS time)Three-channel 24-bit digitiser with timing input and local ring buffer. 1 WIP30$$$
Fixed camera, 4 MP (PoE)Weatherproof bullet camera with infrared lamps for site security and snow or water cameras. 6 WIP67$$
PTZ camera, 30× zoom (wildfire / smoke)Pan-tilt-zoom camera with heater and wiper, scanning for smoke to ~20 km. 25 WIP67$$$
Thermal imager, 640 × 512 (PoE)Uncooled long-wave thermal camera for fire and heat detection in smoke and at night. 7 WIP67$$$$
Laser ceilometer (cloud base)Pulsed laser giving cloud base and aerosol layers to 15 km. 70 WIP65$$$$
3D lidar scanner (volume, clearance)Spinning multi-channel lidar to build a point cloud for volume, clearance and intrusion. 14 WIP67$$$$
Compact X-band weather radarRotating 9.4 GHz radar for rain and storm cells to 25–70 km, on a tower top. 150 WIP65$$$$$
RF coax jumper, low-loss, 10 m (2 runs)Two low-loss coaxial runs with N connectors and weatherproofing kits. IP67$
Outdoor shielded Ethernet, 30 m (2 runs)Two UV-resistant shielded Cat 6A runs with glands and drip loops, PoE-rated. IP67$
Sensor cable kit, 15 m (4 runs, power and data)Four shielded multi-core sensor cables with M12 or open-end connectors. IP67$
Armoured fibre, 100 m, with pigtailsRodent-resistant armoured two-fibre cable, ready to terminate at the cabinet. IP68$$
Glands, conduit and cable-tray kitIP68 glands, UV conduit, ties and a short cable tray for a tidy, sealed cabinet entry. IP68$
Surge protection set (DC, Ethernet, coax)Surge-protective devices for the power, data and RF lines entering the cabinet. IP20$$
Earthing kit (rod, strap, bonding)Copper-bonded rod, 16 mm² strap and clamps to bond mast, cabinet and arrestors. IP68$$
Lightning rod and down conductorFranklin air terminal with a standoff and a down conductor to the earth electrode. IP68$$
Mast clamp kit (4 clamps, stainless)Four stainless-steel pipe clamps with cross-arms for sensors and radios. IP68$
Solar mount, pole top (1 panel up to 200 W)Adjustable tilt bracket that clamps a panel to a pole or mast. IP68$
Solar ground frame (up to 4 panels, ballasted)Ground frame with ballast blocks for up to four panels of any size. IP68$$
Cross-arm, 1 m (stainless boom)A one-metre boom that holds a sensor away from the mast’s wind shadow. IP68$
Remote site survey and RF planDesktop siting, terrain and line-of-sight study, power budget and a link plan. per site$$$
On-site survey (visit, soil, wind, sky view)A technician visits, measures obstructions and soil, tests signal and writes the install plan. per site$$$
Logistics, crating and export documentsConsolidated shipment, crating, export and customs documentation, delivery to site. per site$$
Permits and spectrum licence supportHelp with local permits, aviation and radio licences where a link or radar needs one. per site$$$
Installation, standard (up to 10 m)Foundation, mast, cabinet, cabling, earthing and mounting of every part, one to two days. per site$$$
Installation, tower work (over 10 m)Certified tower crew for lattice towers and tall poles, with rescue plan and permits. per site$$$$
Commissioning and acceptance testPower-up, link test, data validation against reference and a signed acceptance record. per site$$$
Calibration certificates and sensor traceabilityFactory or lab calibration with certificates traceable to national standards. per site$$
Operator training (one day, remote or on site)Training for the people who will keep the station running: checks, spares, data. per site$$
Support plan, standard (per year)Business-hours support, firmware updates and a spares exchange pool. per year$$
Support plan, premium 24/7 (per year)Round-the-clock monitoring, a four-hour response target and an annual site visit. per year$$$
Managed operations (per month)We run the station: monitoring, maintenance rounds, data delivery and reports. per monthQuote
Spares kit (fuses, sensor heads, cables)A box of the parts most likely to fail, so the first repair needs no shipment. per site$$

No blocking issues · 4.4 days without sun · +90 Wh/day

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