One of the design changes for the GIGA IV is a common bulkhead to join the previously central avionics bay of GIGA I-III (in control of recovery) with the updated nose cone electronics (camera and GPS tracker). With this modification there is no longer space for a separate main parachute compartment as can be expected
Category Archives: Rockets
The GIGA III was built completely from aluminium but heavy like a tank. That is probably the reason why it was so successful recovering from non-flight-critical failures. In order to shave some weight for the from the total rocket mass of the GIGA IV it was decided to replace the aluminium tubes with fiberglass (FG)
The amateur, experimental, two stage, BOOSTAR-ONE / GIGA III rocket reached near space and was safely receoved at the LRE 2019 spring launch hosted by the kind people of the PTR. Please stay tuned for more info.
Dry fit of BOOSTAR-ONE / GIGA III stack.
Nose cone avionics The nose cone avionics of the GIGA II have been re-built after the CATO. Keeping the original basic design with some minor modifications. One of the failure modes evident was that the nose cone tip with central M6 threaded rod was missing and ripped itself, including the nut, through an aluminium U-profile taking
The nose cone avionics arrangement went through quite a few iterations as it was more or less designed around the 4000mAh battery. However it proved to be quite a challenge mounting the battery on the centerline of the rocket / nose cone and still being able to fit the other components. Although the 86mm 5:1
She’s finished and with the LRE launch confirmed for 29-30 April 2017, we are go for launch. There is some backlog on the construction updates but these will come shortly.
GIGA recovery hardware consisting of: 5m – 3/8″ tubular kevlar Kevlar burito secured to the shock cord at 1m 60″ Iris Fruity Chute incl swivel. ” order_by=”filename” order_direction=”ASC” returns=”included” maximum_entity_count=”500″]
Ground testing of the deployment charges of the 86mm minimum diameter GIGA rocket. “Test what you fly, fly what you test”.
A 3D printer camera shroud for the Mobius Mini was ordered from Additive Aerospace. However upon closer inspection I noticed the design could be optimized a bit for the GIGA rocket being: The Additive Aerospace camera shroud used four screws positioned in a square to secure the shroud to the airframe. This is particularly hard to