BPS 1/48 Scale Falcon Heavy Launch

Liftoff of the Falcon Heavy Boosters (Credit: BPS.space)

Joe Barnard of BPS.space has flown his 1/48 scale Falcon Heavy model demonstrating the ability of the Signal flight computer to control a 3 core rocket. Each core was equipped with its own Signal FC and TVC (Thrust Vector Control) mount, by firing the two core boosters at liftoff the combined TVC control allows the rocket to pitch, yaw and roll about its axis.

As is demonstrated in the video below, the rocket executes a 20° roll program after liftoff and holds this until burn out before the centre core takes over and flys away.

The model even has a second stage fully equipped as well, lets hope we see an all up test soon!

A pretty awesome feat!
I’ll let the video do the rest of the talking!

Instagram Pic of the Week

Signal R2 Flight Computer IOS App

Make sure to head over to BPS.Space and purchase one of these cool little flight computers that enable you to fly with thrust vector control!

Video Caption: 
Signal R2: https://bps.space/signal

For more info:
https://twitter.com/joebarnard

http://www.bps.space

BPS Signal R2 Now Available

BPS recently tested out a new experimental rocket motor from Aerotech, a G8ST. Producing an average thrust of 8.3N for 17.7s, this was the perfect motor for testing the in-house designed and built Signal avionics TVC package.

Revision 2 of the avionics is now available to buy, so if you are wanting to take your rocketry to the next level, you’ll need this package to guide you!

Video Caption: FLIGHT DATA: https://docs.google.com/spreadsheets/…

A quick note: While the motor did melt the PLA tube holding it, the rest of the TVC assembly(outer/inner gimbal, servos, linkages) were unaffected. Since the heat of the motor was so intense, it’s unlikely we’ll be able to mitigate it using more liners than were already there. The same goes for using most other plastic FDM materials. For now, we’ll probably cut the burn time down a bit and make sure users have access to extra motor mount tubes, should one of them melt. The motor tubes are incredibly easy to manufacture and replace, and the priority right now is ensuring Signal’s software and UX are top notch.

For more info:
https://twitter.com/joebarnard
http://www.bps.space

BPS NARCON Presentation

Joe Barnard of BPS.space recently presented at the National Association of Rocketry annual technical conference in Houston on his efforts building and flying his own guidance computers and rockets.

Video Caption: The Friday evening keynote from NARCON 2018 in Houston, TX. Event and Q&A hosted by James Duffy.

For more info:
https://twitter.com/joebarnard
http://www.bps.space

A Thrust Vectoring FH Model Rocket…Yep!

A model Falcon Heavy with landing gear, gimbaled engines and a flight computer that will enable it to propulsively land! Yep you read right!

Joe Barnard of BPS, known for the development of the Signal Avionics, a thrust vectoring (plus lots more) flight computer for hobby rocketry, has been making a FH rocket!

No better way to test the avionics than on a three core booster, complete with hold down clamps and all!
Looking forward to seeing this fly!

 

Signal Alpha Now Available

Signal Alpha is now available from BPS (albeit you will have to wait till the new year for the next shipment). Not sure what Signal Alpha is? Well, in short, it is a thrust vectoring kit for model rockets and has a huge cool factor!
(Read more about it here)
To go along with your purchased kit, Joe of BPS has made the below instructional videos to help you set up and fly your first guided (finless) rocket. Unfortunately, it is not available outside of the USA (yet!), but if you are there I suggest jumping on the next batch and take your model rocket flying to the next level!
Watch the video’s below, it looks like a lot of fun to be had, kinda jealous until I can grab one!