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Device: M-N79-9104
Flight ID: 56
Distance
You can choose which units to use for distance from Meters(m), Feet(ft), Miles(mi) & Kilometers(km)
Velocity
You can pick which units to use for Velocity/speed such as Meters per second (m/s), Feet per second (ft/s), Miles per hour (mph) and Kilometers per hour (kph)
Acceleration
You can choose acceleration units to display from either Meters per second squared (m/s^2) or Gravity (G)
Show events
Apogee
Burnout
Landing
Output
Lockouts
Descent velocity
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Flight summary
Altitude
Apogee
46.87 Meters
Time to apogee
4.14 seconds
Velocity
Max ascent
515.6 m/s
Max descent
-672.28 m/s
At burnout
25.050 m/s
Landing velocity
-4.780 m/s
Descent velocity
11.340 m/s
Acceleration
Max ascent
6.96 G
Max descent
15.63 G
Max during burn
6.96 G
Average ascent
0.4 G
Average burn
2.8 G
Times
Burnout (first)
0.97 seconds
Apogee
4.14 seconds
Landing
8.48 seconds
Output #1 ON
4.36 seconds
Output #1 OFF
6.38 seconds
Flight settings
This is a snapshot of the settings that were used for this flight. If you want to configure the settings on your own device, pop over to the My devices page and then Configure settings on the device.
Forecast pressure
Set this to your local forecast pressure at sea level. This will offer you slightly improved accuracty for your flight, although it's not 100% essential every little helps! Xcweather.co.uk is a decent place to grab pressures from for your location and time.
1013 mbar
Launch detect
This is the altitude change required to trigger launch detection and start recording. We suggest leaving it on 10 or 25 meters, although you can use a lower setting for low altitude rocket flights or testing the device by throwing it in the air. The lowest settings risk being triggered accidentally by gusts of wind on extremly windy days, although it's still fairly unlikely.
10 meters
Sample rate
This is the samples per second that the device will record.

32 per second
The device will record 32 samples per second for around 5 minutes and 15 seconds maximum flight time and is suitable for most flights we would imagine.

16 per second
The device will record 16 samples per second for around 10 minutes 30 seconds maximum.

Hybrid mode
This will record at 32 samples per second for the first minute and then 16 samples per second after this for around 9 minutes and 20 seconds maximum per flight. Note: The time quoted is the maximum per flight not the entire device storage.
32 per second
Recording stop
Auto: 300 samples stable
Oversampling
4X Oversampling
IIR filter
COEFF 3
Pressure filter
Kalman 2 (default)
Lockout time
500ms
Lockout change
1.5 meters
Sync sensors
ENABLED
Output 1 enabled
ENABLED
Output 1 trigger
After apogee (altitude)
Output 1 time on
2000ms
Output 1 altitude
50 meters
Output 1 time
0 seconds
Device information
Mercury V1
This flight was flown on a Mercury V1 altimeter.
Hardware version
1
Software version
1.0B
Motor burn
This is the accelerometer output magnitude for the period from launch to burnout.
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Company registered in England and Wales number 15297535
VAT Number GB472370982
Explosive licence number 240011 (Cumberland council)