Frequently Asked Questions

What is Loko?

Loko is a lightweight, open-source GPS tracker designed for real-time location monitoring. It uses LoRa radio communication (no SIM card required) and is ideal for tracking drones, devices, or belongings in areas without cellular coverage. Its ultra-low power consumption allows up to a year of battery life on a single charge

How does Loko work?

Loko operates with two units:
Air Unit (transmitter): Attach it to your device (e.g., a drone). It sends GPS data via LoRa radio. Ground Unit (receiver): Receives data from the Air Unit and transmits it to a smartphone app via Bluetooth. The app displays locations on a 2D map

Is Loko waterresistance and durable?

Loko’s crash-resistant, water-resistant, and dustproof. Note that Loko is not waterproof. it is not recommended to put under water.

Where can I buy Loko?

Loko is sold through SeeedStudio, with worldwide shipping handled by SeeedStudio

Is Loko open-source?

Absolutely. Schematics, firmware, and software are open-source and available on GitHub.

How do I connect Loko to The Things Network (TTN)?

Follow these steps: Create a TTN account and register your gateway using the recommended frequency plan for your region . Set up the Loko Air Unit via the Loko Configuration Tool app, ensuring parameters match TTN’s activation settings (e.g., AppEUI, DevEUI) . Enable CayenneLPP payload formatting on TTN for live data monitoring Follow :LoraWAN

How many Air Units can connect to one Ground Unit?

Up to 30 Air Units can pair with a single Ground Unit, each assigned a unique ID

What is LoRaWAN® compatibility?

Loko can integrate with existing LoRaWAN® gateways for IoT applications.

Does Loko require a subscription?

No! Unlike competitors , Loko operates without subscription fees

What’s included in the Loko package?

The Air Unit (transmitter), Ground Unit (receiver), antenna, and velcro strap

Are mobile apps available for Loko?

Yes! iOS and Android apps Loko App

What triggers the sleep mode, and how long does it take for the Loko GPS tracker to enter sleep mode after transmitting the position information (POS).

LOKO Sleep Interval and GPS Update Process.
The LOKO sleep interval is user-defined and can be configured via the settings. During the specified sleep interval, LOKO enters a low-power sleep mode. At the end of the interval, it wakes up, powers on the GPS module, and begins searching for a new GPS fix. Once a new GPS position is acquired, LOKO turns off the GPS to conserve energy, transmits the new location data to the Ground Unit, and returns to sleep mode.
Under open sky conditions, acquiring a new GPS fix and completing the transmission typically takes 8–10 seconds. However, in environments with weak GPS signals (e.g., due to buildings, trees, or weather), acquiring a fix may take longer. If LOKO cannot obtain a new GPS fix within 60 seconds, it will transmit the previously recorded location and return to sleep mode.

When the user powers on LOKO for the first time, acquiring the initial GPS fix may take longer than usual. This is due to a cold start, especially if the device is in a new or distant geographic location compared to its last known position. During a cold start, the GPS module must download satellite data from scratch, which can significantly increase the time required to obtain an accurate location fix.