800 Single Drop Series - Ceiling Suspended
Backstops
The 800 series by Jaypro
is the most stable "single drop" ceiling suspended basketball
backstop design in the industry. The exclusive 2-3/8" curved
sway braces are expertly welded, by certified welders, tho the 6-5/8"
diameter center tube to provide maximum performance. Sway braces are
located no higher than 36" above the backboard for maximum stability.
The 6-5/8" diameter center tube is attached to a 5" structural
C-channel compared to a 4" channel used by other manufacturers,
This provides 20% more weld and 34% more of the tube being supported
by the channel.
Jaypro's ceiling suspended basketball backstops are available in many
folding and non-folding styles with manual and electric operation.
All Jaypro basketball backstops come standard with an attractive semi-gloss
acrylic enamel finish.
All
folding ceiling suspended basketball backstops are available with
MEC PAD™ operation
- no more keys!
Direct
attachment provides unsurpassed stability and rigidity. By attaching
the goal through the backboard and directly to the mast, all the
stress is transferred to the support structure
800 SINGLE DROP SERIES -
Ceiling Suspended Backstops
800 Series for ceiling heights under 28'
800 Series for ceiling heights
29'-32'
800KD Series for ceiling heights
28'-40'
800BT Series for ceiling heights
32'-40'
Welded
Welded
Welded Jaypro
Exclusive!
This unique design allows
for a welded mast with a
ceiling height up to 40'!
Welded portion shown in red.
Bolted
800
Series - Ceiling Suspended Backstop Options
817-FFRB
Forward Fold - Rear Brace
849-FFFB
Forward Fold - Front Brace
826-NF
Ceiling Braced - Stationary
818-WB
Wall Braced - Stationary
823-BF
Rear Fold - Rear Brace
850-OSB
Forward Fold - Off Set Mast
855-SFB
Side Fold - Side Brace
* For KD and BT Series, "KD"
or "BT" to the part number.
ex: 817KD (for a welded basketball backstop between
28' - 40')
Direct
attachment provides unsurpassed stability and rigidity. By attaching
the goal through the backboard and directly to the mast, all the
stress is transferred to the support structure
