Intercepting a radial from an arc

Instrument Takeoff, Climb, SIDs, and Arcing Procedures

UJPT, E2-C2, & IUT BIFP-01

Sg 4, fr 11

Sg 4, fr 12, p1

Sg 4, fr 12, p2

R270

(60 / ARC DME) X 1% GS = NUMBER OF LEAD

R264

RADIALS

R258

10DMEARC

R252

18RadialLead

300KGS

1/2SRT

(USING 1/2 SRT)

60 X 1%GS=LeadRadial

DME

ARC TO RADIAL INTERCEPTS

Sg 4, fr 13

Sg 4, fr 12, p3

Vary AOB to intercept desired inbound/outbound radial

R270

R264

ARC TO RADIAL LEAD POINT CALCULATION

R258

10DMEARC

R252

300KGS

1/2SRT

60 X 1%GS=LeadRadial

DME

ARC TO RADIAL INTERCEPTS

E.

Intercepting a radial from an arc 2.6.6.3

1.

Set desired course in course select window and determine direction of

turn

2.

Determine lead in radials

NOTE: Apply the following formula to determine lead radials: "(60/DME) x

1% ground speed = lead radials."

3.

At designated lead radial, begin 1/2 SRT

NOTE: Do not exceed 30 degrees AOB.

4.

During turn, vary AOB as required using the movement of the CDI to

intercept the outbound/inbound course on the radial

(03-97) Original

Page 1-15