# Features & Specifications

The PRS-M30 has been designed to easily integrate with the DJI M30/T. The PRS mounting holes and screws secure the PRS-M30 without interfering with onboard sensors or DJI Dock 1 usage. The system includes an integrated EM to power the PRS. The FTS is initiated when either the pilot instigates a deployment through the MTD or when the ATS, using the onboard sensors located in the EM, determines that the DJI M30/T has breached the safe flying parameters. Once the FTS is initiated and stops the motors from spinning, the Parachute Pod™ is deployed and will result in the DJI M30/T descending under an inflated parachute.

## Features

<table data-header-hidden><thead><tr><th width="278"></th><th></th></tr></thead><tbody><tr><td>Mounting Bracket</td><td>The custom base of the PRS-M30 has an integrated mounting bracket that allows the PRS to be easily installed with minimal effort.</td></tr><tr><td>Mounting Straps</td><td>The mounting straps are secured to the PRS-M30 and loop around the forward arms of the DJI M30/T to provide an additional attachment method.</td></tr><tr><td>Independent Power Source</td><td>The PRS-M30 is equipped with an independent power source that allows the system to deploy if the DJI M30/T loses power.</td></tr><tr><td>Automatic Triggering System (ATS)</td><td>The ATS automatically detects failures and triggers the parachute release.</td></tr><tr><td>Manual Triggering Device (MTD)</td><td>The MTD can initiate deployment of the parachute recovery system at the discretion of the remote pilot in command.</td></tr><tr><td>Flight Termination System (FTS)</td><td>The plug-and-play FTS stops power to the motors in the event of a failure and reduces the likelihood of entanglement in the DJI M30/T’s propellers.</td></tr><tr><td>Low Descent Rate</td><td>The parachute is designed to greatly reduce the descent velocity of the DJI M30/T in the event of a failure.</td></tr><tr><td>Flight Data Logging</td><td>Flight data logging to a dedicated internal storage device that is integrated in the PRS-M30.</td></tr></tbody></table>

## Specifications

| Maximum Takeoff Weight                                             | 4.07 kg (8.97 lb)        |
| ------------------------------------------------------------------ | ------------------------ |
| Average Descent Rate (4.07 kg)\*                                   | 3.79 m/s (12.4 ft/s)     |
| Minimum Flyable Altitude Rating at 4.07 kg (Hover Flight)\*        | 36.3 m (119.1 ft)        |
| Minimum Flyable Altitude Rating at 4.07 kg (Full Forward Flight)\* | 34.6 m (113.5 ft)        |
| Deployment Technology                                              | Energetic Charge         |
| Deployment Trigger                                                 | Manual and/or Autonomous |

### Parachute Recovery System

| Main System Weight      | 284 g (10 oz) (+/- 5 grams)      |
| ----------------------- | -------------------------------- |
| Deployment Release Time | < 100 ms                         |
| Operating Temperature   | -20˚C to +45˚C (-4°F to 113°F)\* |
| IP Rating               | 55                               |

### Flight Termination System (FTS)

| FTS Method          | PSDK      |
| ------------------- | --------- |
| Integration Process | PSDK Port |

### Manual Triggering Device (MTD)\*\*

| Range         | < 8 km (4.97 mi)                     |
| ------------- | ------------------------------------ |
| Arming Height | ≥ 5 m (16.4 ft)                      |
| Type          | DJI M30/T Transmitter PSDK Interface |

\*Per ASTM F3322-24a.

\*\*Note that the MTD may be unavailable to use if signal degradation or communications interruptions occur prior to or during a flight.


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