Pocket Radar PR1000-BC User manual

Brand
Pocket Radar
Model
PR1000-BC
Type
User manual

Pocket Radar PR1000-BC: Accurately measure cricket bowl speeds for training, competition, and entertainment. Get instant speed readings in miles per hour or kilometers per hour. Easy to use with a large, backlit display and simple controls. Compact and portable for use on the field or at home.

Pocket Radar PR1000-BC: Accurately measure cricket bowl speeds for training, competition, and entertainment. Get instant speed readings in miles per hour or kilometers per hour. Easy to use with a large, backlit display and simple controls. Compact and portable for use on the field or at home.

Radar guns focus radio waves down into
a narrow beam, like a flashlight beam.
Aim carefully down the beam to get good
readings.
Check for interference by holding down
the radar main button and scanning the
area when there are no balls in flight.
Keep the radar behind the screen to
prevent damage.
Minimum of 15 to 20 feet (4 to 6 meters) from Ball Release Point to the Net
Carefully aim the radar beam directly
toward the ball release point. The ball
must go directly toward the radar.
Release the ball at least 15-20 feet (4-6
meters or 6 bat lengths) from the net. This
allows the ball to be in flight long enough
for the radar to find the ball moving in a
straight line.
Have the radar placed low and behind the
net, aimed very carefully. In our example,
we are only using the universal mount, we
are not using a tripod.
1.
2.
3.
1.
2.
3.
IMPORTANT TIPS
SET-UP INSTRUCTIONS
CRICKET 10 l Visit www.PocketRadar.com/support
MEASURING CRICKET BOWL SPEED
CORRECT SET-UP
CRICKET 11 l Visit www.PocketRadar.com/support
The radar is too close and not held high
enough to get the ball out of the bowler’s
hand.
The misalignment of the radar is causing the
ball to arrive in the radar beam after it has left
the bowler’s hand and slowed down
significantly in speed.
The ball is not in flight long enough for the
radar to find the ball moving in a straight line.
The body of the bowler can block the view
of the ball from the radar.
1.
2.
3.
4.
1.
2.
3.
IMPORTANT TIPS
The radar needs to track the ball in flight
long enough to locate the ball prior to it
hitting the ground.
Check for interference by holding down the
radar main button and scanning the area
when there are no balls in flight.
Ensure your set-up is safe to prevent
property damage or injury.
CAUSES OF
INACCURATE READINGS
MEASURING CRICKET BOWL SPEED
INCORRECT SET-UP
6 to 9 feet (2 to 3 meters) of travel distance is not enough 6 to 9 feet (2 to 3 meters) of travel distance is not enough
CRICKET 12 l Visit www.PocketRadar.com/support
The misalignment of the radar is causing
the ball to arrive in the radar beam after it
has left the bowler’s hand and slowed
down significantly in speed.
The ball must travel down the radar beam
for an accurate reading.
1.
2.
1.
2.
3.
IMPORTANT TIPS
The radar needs to track the ball in flight
long enough to locate the ball prior to it
hitting the net.
Check for interference by holding down the
radar main button and scanning the area
when there are no balls in flight.
Ensure your set-up is safe to prevent
property damage or injury.
CAUSES OF
INACCURATE READINGS
MEASURING CRICKET BOWL SPEED
INCORRECT SET-UP
Minimum of 15 to 20 feet (4 to 6 meters) from Ball Release Point to the Net
  • Page 1 1
  • Page 2 2
  • Page 3 3

Pocket Radar PR1000-BC User manual

Brand
Pocket Radar
Model
PR1000-BC
Type
User manual

Pocket Radar PR1000-BC: Accurately measure cricket bowl speeds for training, competition, and entertainment. Get instant speed readings in miles per hour or kilometers per hour. Easy to use with a large, backlit display and simple controls. Compact and portable for use on the field or at home.

Download PDF
report

Ask a question and I''ll find the answer in the document

Finding information in a document is now easier with AI

Related papers

Other documents