Water is the constraint. It is going to get tighter.
Panhandle irrigation runs on the Ogallala, and the Ogallala is not being replaced at the rate it is being drawn. Pumping costs climb as the lift gets deeper. Drought and heat stress arrive earlier. And regional industrial demand — power generation, processing, and the data-center construction now moving into this part of Texas — is competing for the same water an irrigated section depends on.
None of that is a reason to sell a producer a gadget. It is a reason that the value of a correct irrigation decision keeps going up, and the cost of a wrong one keeps going up with it.
The technology here is not experimental. Multi-depth soil-moisture sensing, field-specific weather data, and evaporation monitoring are proven, they are widely used in irrigated agriculture, and they answer questions that experience alone cannot answer — because nobody can see two feet down.
What We Install and Support
Three instruments, one picture.
Soil-Moisture Probes
Multi-depth readings through the soil profile, showing volumetric water content, soil temperature, and electrical conductivity. The practical value is seeing whether an irrigation actually reached root depth, and whether drying is happening at the surface or all the way down.
Field Weather Stations
Rainfall, temperature, humidity, and wind measured on your field rather than at an airport thirty miles away. In a region where a storm can water one section and miss the next, general forecast data is not the same as knowing what fell where.
Evaporation Monitoring
Evapotranspiration sensing that shows how much water the crop and the atmosphere are actually pulling. Combined with soil profile data, it turns "the ground looks dry" into a number you can schedule against.
Specifications
What the equipment actually measures.
No marketing numbers. These are the working specifications of the instruments we install, so you can judge whether the data will answer your question before you spend anything.
Soil Moisture Probe
| Moisture depths | 8, 16, 26 in · 25, 40, 66 cm |
|---|---|
| Moisture range & accuracy | 0–60% VWC, ±1% |
| Conductivity | 3 depths · 0.05–18 dS/m, ±0.1 |
| Temperature depths | 8, 16 in · 25, 40 cm |
| Temperature accuracy | ±2°F · ±1°C |
| Reading interval | Every 30 minutes, configurable |
| Data upload | Every 12 hours, configurable |
| Connectivity | Cellular 2G / 3G / 4G · Bluetooth LE |
| Power | Rechargeable, removable lithium-ion |
| Length & weight | 36 in · 5.5 lb |
| Operating range | 14°F to 158°F · −10°C to 70°C |
| Certifications | CE, FCC, RoHS |
Field Weather Station
| Temperature | −40°C to 85°C, ±0.2°C |
|---|---|
| Humidity | 0–100%, ±1.8% |
| Wind speed | 0.5–45 m/s, ±0.1 m/s |
| Wind direction | 0–359°, ±1° RMS at 10 m/s |
| Rainfall | 0.2 mm per tip, ±2% |
| Solar radiation | Derived from satellite service |
| Reading interval | Every 5 to 15 minutes, configurable |
| Data upload | Every 15 to 60 minutes, configurable |
| Connectivity | Cellular telemetry, included |
| Power | Solar panel with replaceable lithium-ion |
| Assembly | Pre-assembled, pole mounted at 5 to 6.5 ft |
Rain Gauge
| Type | Tipping spoon, self-emptying bucket |
|---|---|
| Accuracy | ±2% |
| Dimensions & weight | 6.5 × 10 in · 13.4 oz |
| Included | Rain cone and bird spikes |
Specifications reflect the equipment K2 Prime currently installs and are subject to manufacturer revision. Full manufacturer datasheets are available on request. Configuration, siting, and cellular coverage affect real-world performance — we will tell you honestly if a field is a poor candidate.
What You Actually See
Two feet down, over two weeks.
This is the shape of the data a probe returns: three depths, tracked continuously. The value is not the numbers — it is being able to tell the difference between a dry surface and a dry root zone.
Nobody needs another app to check.
Most producers do not want a dashboard they are obligated to interpret every morning. The monitoring service exists so that they do not have to.
We watch the profile trends, flag when a field is approaching refill point, tell the difference between shallow drying and whole-profile depletion, confirm whether an irrigation reached the depth it was supposed to, and connect what the soil is doing to what the weather actually did. What comes back is a practical read on a specific field, not a wall of raw data.
The irrigation decision stays with the producer. It always should. The data is there so the decision is made on information instead of on a guess.
Field walk
Look at the ground, the pivot, the soil variation, and how irrigation decisions are being made now. Placement matters more than hardware.
Install & program
Equipment installed, configured for the crop and soil, connected, and verified as reporting before we leave.
Season support
Monitoring through the season, with a real person to call when a reading does not make sense.
Pull & store
Seasonal removal where applicable, so equipment comes out before tillage rather than getting torn up by it.
Start with one field.
The best fit is a producer running center pivot or subsurface drip who is making irrigation calls on incomplete information, and an operation where water cost or allocation makes efficiency a line item rather than a preference.
Equipment is held in inventory rather than ordered after you commit, which means a field can be instrumented in season instead of next season.
The right way to start is not to instrument the whole farm. It is one field, or one pivot, or one recurring uncertainty that has cost money before. If the data answers that question, the conversation about the rest of the operation takes care of itself.
Purchase and lease options are both available, with and without ongoing monitoring. Every operation is different, so we quote against what your fields actually need rather than a package — and the number is confirmed in writing before anything is ordered or installed.
Ag-Tech Solutions is a division ofK2 Prime LLC · SDVOSB · Texas HUB