Hi Guys,
Looking at P2P thread
Added 2nd 5200mah battery in parallel, gained a whopping 3.5 minutes
on extra battery of 430 grams and the short extra flight time and one other members extra 5*minutes flight time on 2nd extra battery on Solo ( *which is good IMHO), I was wondering why not make the Solo lighter instead...so I tought
Anyhow I measured the plastic shell only weight, totally naked , it comes out to approx 380 grams.
At approx 7.4 grams force per watt from T motor 2216 KV800 at 443 grams thrust per motor or equal to hoovering thrust... even if we make lighter by 100 grams , assuming shell rigidity or strength is not too compromised, the gain in flight time wont be much.
100 grams / 7.4 = 13.5 watts savings while hoovering. It will make more sense to use Master Airscrew props as Jubalr tested. Solo Props: APC, MA & Stock. Battle For Power..
to get similar power savings over stock props.
So basically a no go experiment for me
I am posting this just in case someone wants to take the same "lightweight approach".
Looking at P2P thread
Added 2nd 5200mah battery in parallel, gained a whopping 3.5 minutes
on extra battery of 430 grams and the short extra flight time and one other members extra 5*minutes flight time on 2nd extra battery on Solo ( *which is good IMHO), I was wondering why not make the Solo lighter instead...so I tought

Anyhow I measured the plastic shell only weight, totally naked , it comes out to approx 380 grams.
At approx 7.4 grams force per watt from T motor 2216 KV800 at 443 grams thrust per motor or equal to hoovering thrust... even if we make lighter by 100 grams , assuming shell rigidity or strength is not too compromised, the gain in flight time wont be much.
100 grams / 7.4 = 13.5 watts savings while hoovering. It will make more sense to use Master Airscrew props as Jubalr tested. Solo Props: APC, MA & Stock. Battle For Power..
to get similar power savings over stock props.
So basically a no go experiment for me

I am posting this just in case someone wants to take the same "lightweight approach".