Dual-line individual compulsory figures

Judges will particularly consider

• Circle
• Speed control
• Position within the precision grid
• IN/OUT at same location

Judges will particularly consider

• Relative placement of components
• Relative size of components
• Parallel lines
• Angles
• Speed control

Explanation

• The circle is directly above the diamond.
• The diameter of the circle is the same as the width and height of the diamond.

Judges will particularly consider

• Parallel lines
• Two-point landing
• Arcs
• Right angle
• Relative placement of components
• Relative size of components

Explanation

• The landing is quick and executed close to the ground.
• The downward arc on the left side of the window is directly under the IN.
• The landing is in the center of the figure and the precision grid.

Judges will particularly consider

• Right angles
• Arc
• Straight lines
• Position within the precision grid
• Speed control

Judges will particularly consider

• Position within the precision grid
• Relative size of components
• Equal size of IN and OUT horizontal lines.
• Straight lines
• Speed control

Explanation

The base angles are equal.

Judges will particularly consider

• Position within the precision grid
• Relative size of components
• Speed control
• Equal size of IN and OUT horizontal lines
• Parallel lines

Explanation

All angles of the octagon are equal.

Judges will particularly consider

• Relative placement of components
• Speed control
• Position within the precision grid
• Straight lines
• Arcs

Explanation

The diagonal line is as shown.

Judges will particularly consider

• Stall
• Speed control
• Launch
• Relative placement of components
• Straight lines
• Position within the precision grid

Explanation

• 2 push stalls are executed on the vertical line.
• 2 snap stalls are executed on the horizontal line.

Judges will particularly consider

• Horizontal lines
• Vertical lines
• Position within the precision grid
• Relative size of components
• Speed control

Judges will particularly consider

• Relative placement of components
• Arc
• 90° turns
• Position within the precision grid

Judges will particularly consider

• Arcs
• Relative placement of components
• Lines
• 90° turns

Judges will particularly consider

• Relative Placement of Components
• Stalls
• Turns
• Position in the Precision Grid

Explanation

IN at 50 left 10 vertical. Kite flies to 10 left and stalls. Kite files a square box 30x30 counter clockwise and continues horizontally to 30 right, turning up and flying to 80 vertical. Kite flies three sides of a square box 30x30 counter clockwise and stalls at 30 right 50 vertical. Kite flies up to 90 vertical. OUT

Judges will particularly consider

• Position within the Precision Grid
• Relative Placement of Components
• Speed control
• Turns

Explanation

The place where the kite is when the flyer calls out must be the same point where the first right angle was made.

Judges will particularly consider

• Turns
• Relative Placement of Components
• Speed Control
• Position within the Precision Grid

Explanation

• Each square cut equals 20% of the vertical and horizontal window.
• Turns are closely space.

Judges will particularly consider

• Straight lines
• Two-Point landing
• Turns
• Speed Control
• Circle
• Position within the precision grid

Explanation

Launch, right flank at 40% vertical, circle, flank down at 50% horizontal to a Two-Point Landing.

Judges will particularly consider

• Parallel lines
• Arc
• ½ Axels
• Placement of elements within the precision grid

Explanation

Enter at 20˄, execute a ½ axel at centre of window and continue into arc. At 70˄ execute a second ½ Axel immediately above where first ½ axel was placed and continue into level flight, parallel to original line of entry. Call out immediately above the point where IN was called.