Event Criteria Help (by Trigger)

Breakwire - Breakwire Triggers require a criteria of (0 = Closed) or (1 = Open)

Clock - Clock Trigger criteria refers to the internal Mission Clock of the RRC4, and is expressed as the elapsed time since arming (0.1 sec increments / 0 = Armed)

Boost - This is the Stage Number during a Motor Boost/Burn Phase as defined by the System Inertial Settings (Launch or Staging)

Coast - References the Stage Number of the Coasting Phase (after Motor Boost/Burn), as defined by the System Inertial Settings

Apogee - There are (3) criteria values for Apogee Triggers: (1) = Baro Velocity, (2) = Inertial Velocity, (3) = Baro OR Inertial Velocity

Descent - Applied to the post-apogee phase of a flight as follows: (+Value = AGL ft. / -Value = ft. BELOW Apogee)

Landing - No criteria value required (0), and this event in defined in the System Setup

Custom - Defines which Custom Trigger definition (1 or 2) is applied to this Event trigger.

Custom Criteria Help (by Trigger)

Breakwire - Breakwire Triggers require a criteria of (0 = Closed) or (1 = Open)

Clock - Clock Trigger criteria refers to the internal Mission Clock of the RRC4, and is expressed as the elapsed time since arming (0.1 sec increments / 0 = Armed)

Boost - This is the Stage Number during a Motor Boost/Burn Phase as defined by the System Inertial Settings (Launch or Staging)

Coast - References the Stage Number of the Coasting Phase (after Motor Boost/Burn), as defined by the System Inertial Settings

Apogee - There are (3) criteria values for Apogee Triggers: (1) = Barometric Velocity, (2) = Inertial Velocity, (3) = Barometric & Inertial Velocity confluence

Descent - Applied to the post-apogee phase of a flight as follows: (+Value = AGL ft. / -Value = ft. BELOW Apogee)

Landing - No criteria value required (0), and this event in defined in the System Setup

mDACS Cache v1.4.0

Welcome to mDACS Cache!

Connect to your RRC4 while the LED flashes

  View Flights, Adjust Setup, or Run Diags

  View Pre-Filght Status on the Launch Rail

Inertial Axes Orientations