How Much Does a Virtual Fencing System Cost per Cow? LoRa Collar, Gateway and Annual Software Pricing

The cost of a virtual fencing system depends on the number of animals, communication technology, pasture size, gateway quantity and required software functions. For farms using the Jinshengchang LoRa livestock management solution, the approximate starting price is USD 60 per LoRa GPS collar, while the virtual fence platform service costs approximately RMB 30 per device per year.

Unlike cellular livestock trackers, LoRa collars normally do not require a separate SIM card and monthly cellular subscription for every cow. This makes the LoRa architecture particularly attractive for farms managing hundreds or thousands of animals within a defined grazing area.

Quick Cost Summary

For a standard project, the main per-cow expense is therefore the collar hardware plus the annual platform fee.

What Is the Virtual Fencing System Cost per Cow?

For an initial estimate, the cost can be calculated as follows:

First-year cost per cow = LoRa collar price + annual software fee + allocated gateway and installation cost

Using Jinshengchang’s approximate pricing:

• 
  LoRa GPS collar: USD 60 per cow
• 
  Platform service: RMB 30 per cow per year
• 
  Gateway cost: Shared among all collars within its coverage area
  
• 
  SIM fee: Normally required only for a 4G-enabled gateway, not for every LoRa collar
  

The exact first-year cost per cow changes according to the number of animals. Because gateways and installation are shared infrastructure, a larger herd usually has a lower infrastructure cost per animal.

Example: Virtual Fencing Cost for 100 Cows

A farm installing a system for 100 cows may estimate its budget as follows:

The collar cost is approximately USD 6,000, excluding the gateway, shipping, taxes, installation and optional customization.

If one gateway is sufficient for the entire pasture, the gateway cost is divided among 100 animals. If hills, forests or long distances require several gateways, the first-year cost per cow will be higher.

Example: Virtual Fencing Cost for 500 Cows

For a 500-cow project:

Although the total investment is larger, the shared gateway, server integration and installation costs are distributed across more animals. This usually reduces the overall infrastructure cost per cow.

Final pricing may also change according to order quantity, battery configuration, enclosure design, communication frequency and additional functions.

What Is Included in a LoRa Virtual Fence Collar?

A professional LoRaWAN livestock tracking collar can integrate several functions into one device:

• 
  GPS or BeiDou outdoor positioning
  
• 
  LoRa or LoRaWAN data transmission
  
• 
  Configurable location-reporting intervals
  
• 
  Virtual boundary monitoring
  
• 
  Pasture entry and exit alerts
  
• 
  Historical movement routes
  
• 
  Activity monitoring
  
• 
  Prolonged inactivity alerts
  
• 
  Low-battery warnings
  
• 
  Abnormal device-status alerts
  
• 
  Remote parameter configuration
  
• 
  Optional sound, vibration or electric-pulse functions
  
• 
  Optional solar-assisted charging
  
• 
  Optional LoRa and 4G hybrid communication
  

Not every project needs every function. Selecting the correct configuration helps control the cost instead of adding hardware that the farm will not use.

Why LoRa Can Reduce the Recurring Cost per Cow

A conventional 4G GPS collar normally needs an individual SIM card. If a farm operates 500 collars, it may need to maintain 500 active data plans.

A LoRa-based system uses a different network structure:

LoRa GPS collar → LoRaWAN gateway → 4G or Ethernet → Cloud platform

Each collar communicates with the gateway through LoRa. Only the gateway requires an internet connection. This can substantially reduce recurring communication expenses, especially for large herds.

However, LoRaWAN is not a public cellular network. The farm must deploy sufficient gateway coverage. The cost advantage is greatest when many animals operate inside the same managed pasture area.

What Does the RMB 30 Annual Platform Fee Cover?

Jinshengchang’s standard virtual fence platform service is approximately RMB 30 per device per year. The platform can be used to manage device and livestock information from a centralized interface.

Depending on the selected system configuration, platform functions may include:

• 
  Cow name and identification
  
• 
  Collar device ID
  
• 
  Current or last reported location
  
• 
  Battery level
  
• 
  Online and offline status
  
• 
  Historical route playback
  
• 
  Virtual grazing zones
  
• 
  Entry and exit records
  
• 
  Escape alarms
  
• 
  Low-battery alarms
  
• 
  Activity and inactivity records
  
• 
  User and permission management
  
• 
  Batch device management
  
• 
  Web platform access
  
• 
  Android and iOS application access
  
• 
  API integration
  

The specific included functions should be confirmed in the final quotation because private-cloud deployment, customized reports, branded applications and third-party integrations may involve additional costs.

Gateway Cost Is Shared Across the Herd

The LoRaWAN gateway is an important part of the system, but it is not normally purchased for each cow. One gateway can receive data from many collars, provided that the devices are within its effective coverage area and the network capacity has been planned correctly.

Gateway quantity depends on:

• 
  Total grazing area
  
• 
  Terrain elevation
  
• 
  Mountains and valleys
  
• 
  Trees and vegetation
  
• 
  Buildings and metal structures
  
• 
  Gateway antenna height
  
• 
  LoRaWAN frequency
  
• 
  Required network redundancy
  
• 
  Reporting frequency
  
• 
  Number of collars
  
• 
  Available power and internet access
  

A flat, open pasture with a gateway installed at a high location may require fewer gateways than a farm divided by hills, forests or buildings.

For remote locations without mains electricity, an outdoor solar LoRaWAN gateway can use solar power and a 4G backhaul connection. Farms with existing power and network infrastructure can consider an outdoor LoRaWAN gateway with 4G and PoE.

A coverage survey is recommended before determining the final gateway quantity.

Does a Virtual Fence Require Electric Stimulation?

A virtual fencing system can have two different meanings.

The first is a GPS geofence monitoring system. It detects when an animal crosses a digital boundary and sends an alarm to the management platform.

The second is an active virtual fence guidance system. It may use sound, vibration or controlled electrical stimulation to guide livestock away from a boundary.

These configurations have different hardware, firmware, safety and regulatory requirements. A standard USD 60 collar quotation should not automatically be interpreted as including every active-guidance function.

If electrical stimulation is required, the project must define:

• 
  Warning sequence
  
• 
  Sound and vibration settings
  
• 
  Pulse intensity and duration
  
• 
  Maximum activation frequency
  
• 
  Fail-safe logic
  
• 
  Animal welfare requirements
  
• 
  Emergency shutdown method
  
• 
  Local legal and regulatory requirements
  

The system should use warning signals before any stimulation and include strict protection logic. The final design must comply with the animal-welfare and radio regulations of the destination country.

Factors That Change the Final Cost per Cow

1. Collar Battery Capacity

A larger battery can support longer operation, but it also increases the tracker’s weight, enclosure size and cost. Battery selection should be based on the required reporting interval rather than capacity alone.

2. Solar Charging

Solar-assisted charging may reduce manual maintenance in open pastures. Its effectiveness depends on sunlight, panel orientation, dirt accumulation and the animal’s normal behaviour.

3. Reporting Frequency

Uploading a location every minute consumes more power and network capacity than uploading every 15 or 30 minutes. The reporting strategy should balance operational visibility with battery life.

4. LoRaWAN Frequency

The tracker and gateway must support the legal frequency plan used in the destination country, such as EU868, US915, AU915, AS923, IN865, RU864, KR920 or CN470.

5. LoRa and 4G Hybrid Communication

A hybrid tracker can use LoRa inside the farm and switch to 4G outside LoRa coverage. This provides wider connectivity but increases hardware cost, power consumption and software complexity.

6. Customized Enclosure and Mould

A standard enclosure is more economical for pilot projects. A private mould, custom logo, different strap design or special materials may require development and tooling fees.

7. Platform Customization

The standard platform fee may not include private deployment, customer branding, custom applications, specialized reports or integration with third-party farm-management systems.

8. Freight, Taxes and Import Costs

International shipping, duties, local taxes and customs-clearance expenses are not included in the basic device price unless specifically stated in the quotation.

How to Estimate the Real Project Budget

Before requesting a formal quotation, the farm should provide:

1. 
   Number of cows
   
2. 
   Total pasture area
   
3. 
   Farm map or boundary coordinates
   
4. 
   Terrain and vegetation conditions
   
5. 
   Required reporting interval
   
6. 
   Required battery life
   
7. 
   Local LoRaWAN frequency
   
8. 
   Availability of power at gateway locations
   
9. 
   Availability of Ethernet or 4G coverage
   
10. 
    Required alarm functions
    
11. 
    Need for sound, vibration or electric-pulse control
    
12. 
    Need for API or private platform deployment
    

With this information, Jinshengchang can estimate the number of collars, gateway locations, antenna configuration and software requirements more accurately.

LoRaWAN or 4G: Which Has the Lower Cost?

For a small number of cows moving across areas with reliable cellular coverage, 4G may be simpler. For hundreds or thousands of cows inside a managed ranch, LoRaWAN can provide a more controllable long-term cost structure.

Is a USD 60 LoRa Collar Suitable for Every Farm?

The approximate USD 60 price is useful for preliminary budgeting, but the final device price depends on the confirmed specification and quantity.

A farm should not select a tracker based only on the lowest unit price. It should also evaluate:

• 
  Waterproof construction
  
• 
  Strap durability
  
• 
  GNSS positioning performance
  
• 
  LoRa antenna efficiency
  
• 
  Battery endurance
  
• 
  Firmware stability
  
• 
  Gateway compatibility
  
• 
  Platform reliability
  
• 
  Alarm processing
  
• 
  API availability
  
• 
  Technical support
  
• 
  Repair and replacement procedures
  

A low-cost collar without reliable network planning may produce missing data and false expectations. A successful project requires the collar, gateway, platform and installation plan to operate as one system.

Conclusion

For Jinshengchang’s standard LoRa livestock solution, the preliminary virtual fencing system cost per cow is approximately:

• LoRa GPS collar: around USD 60 per cow
• Virtual fence platform service: approximately RMB 30 per device per year
• LoRaWAN gateway, freight, installation and optional customization: calculated separately

LoRaWAN can reduce long-term communication costs because individual collars normally do not need separate SIM cards. The gateway and network infrastructure are shared across the herd, making the architecture especially suitable for medium and large farms.

The final cost per cow should be calculated after reviewing the herd size, pasture map, terrain, gateway coverage, reporting interval and required virtual fencing functions.

For project evaluation, OEM development or a detailed quotation, contact:

Shenzhen Jinshengchang Technology Co., Ltd.
Contact: Wang Tao
WhatsApp: +86 177 2242 0256
Website: LoRaWAN livestock tracking solutions