Does anyone know the weight of the completed Seas Thor? I'm thinking of building one using the madisound kit and standard size (Maybe Lee Taylor) cabinets.
I don't want to build it and discover that I can't lift it!
I don't want to build it and discover that I can't lift it!
Some rough estimation:
Woofers = 1.75kg * 2 = 3.5kg
Tweeter = 0.36kg
Driver weight: 3.86kg
Interior parts = 1.2*0.019*0.179m = 0.00408m^3 (approx)
Front/rear baffles = 2 * 1.06*0.025*0.229m = 0.0121m^3 (approx)
Sides = 2 * 1.06*0.025*0.293m = 0.0155m^3 (approx)
Bottom/top = 2 * 0.28*0.35*0.025 = 0.0049m^3 (approx)
Base sides = 1.35*0.075*0.025 = 0.0025m^3 (approx)
Total cabinet MDF volume = 0.039m^3
MDF density = 750kg/m^3
Total cabinet weight = 0.039*750kg = 29.25kg
Total speaker weight (each) = 33.1kg
Not included are weight of wiring, crossovers, hardware, paint, etc but I didn't remove the weight of the holes in the baffles for drivers and the mouth of the transmission line so it should balance out.
I'd recommend against building this out of a generic cabinet of similar size as it is a transmission design and the internal dimensions must be identical if it is to perform as designed.
Woofers = 1.75kg * 2 = 3.5kg
Tweeter = 0.36kg
Driver weight: 3.86kg
Interior parts = 1.2*0.019*0.179m = 0.00408m^3 (approx)
Front/rear baffles = 2 * 1.06*0.025*0.229m = 0.0121m^3 (approx)
Sides = 2 * 1.06*0.025*0.293m = 0.0155m^3 (approx)
Bottom/top = 2 * 0.28*0.35*0.025 = 0.0049m^3 (approx)
Base sides = 1.35*0.075*0.025 = 0.0025m^3 (approx)
Total cabinet MDF volume = 0.039m^3
MDF density = 750kg/m^3
Total cabinet weight = 0.039*750kg = 29.25kg
Total speaker weight (each) = 33.1kg
Not included are weight of wiring, crossovers, hardware, paint, etc but I didn't remove the weight of the holes in the baffles for drivers and the mouth of the transmission line so it should balance out.
I'd recommend against building this out of a generic cabinet of similar size as it is a transmission design and the internal dimensions must be identical if it is to perform as designed.
Some rough estimation:
Total speaker weight (each) = 33.1kg
Not included are weight of wiring, crossovers, hardware, paint, etc but I didn't remove the weight of the holes in the baffles for drivers and the mouth of the transmission line so it should balance out.
That's pretty close. (33.1 * 2.2 ~ 73 lbs.)
After finishing, mine weigh about 75-80 lbs each, IIRC.
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Thanks for the help.
The 75lb - 80lb weight is borderline and I might need help lifting them but i can plan for this.
I can lift an 80lb outboard motor but it has handles!
The 75lb - 80lb weight is borderline and I might need help lifting them but i can plan for this.
I can lift an 80lb outboard motor but it has handles!
What I am implementing for a similarly heavy tower build is to add recessed handles to the rear (PA cabinet type), and have the two rear feet replaced by fixed wheels. Therefore you can just tip it onto the rear wheels and roll it around. (Cue speaker-spike believers saying that wheels will degrade sound quality...)
Then you make the wheels touch down only after tipping. Simples.What I am implementing for a similarly heavy tower build is to add recessed handles to the rear (PA cabinet type), and have the two rear feet replaced by fixed wheels. Therefore you can just tip it onto the rear wheels and roll it around. (Cue speaker-spike believers saying that wheels will degrade sound quality...)
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