Media Summary: How to find my Position Line by shooting the sun. A step-by-step explanation of the individual tasks. The theory behind how one can know the altitude you should see a Make your own chart by using a Plotting Sheet!

Celestial Exercise For Part 8 - Detailed Analysis & Overview

How to find my Position Line by shooting the sun. A step-by-step explanation of the individual tasks. The theory behind how one can know the altitude you should see a Make your own chart by using a Plotting Sheet! In this video we solve the problem below. On 11 May your vessel's 1839 ZT position is LAT 17Β° 30' N, LONG 63Β° 55' W, when anΒ ... Use the Reginasailing template to pre-calculate when twilight will be for the coming sights. How to determine our position at Twilight.

How to determine your Latitude by knowing the sun's declination. A walk-through of a complete twilight planning and shooting. Hands-on demonstration which planets are best suited for twilight shooting. Meet the Sun and all the planets of the solar system in this song that celebrates diversity and unity in space.

Photo Gallery

Celestial Exercise for Part 8: First Sight Reduction
Celestial Exercise for Part 8: Second Sight Reduction
Celestial Theory Part 8: PZX and Sight Reduction
Celestial Exercise for Part 9: Plotting a Position
Deviation by Amplitude (Sun) | Problem 8 | Celestial Navigation
Celestial Exercise for Part 12: Choosing the right Stars
Celestial Exercise for Part 10: Finding Twilight
Celestial Exercise for Part 14: Plotting Twilight shots
Celestial Navigation, Episode 8: Plotting the celestial sight.
Celestial Exercise for Part 7: Taking the Noon Sight
Celestial Exercise for Part 14: A complete Twilight Planning and Shooting
Celestial Exercise for Part 11: Choosing the right Planets
View Detailed Profile
Celestial Exercise for Part 8: First Sight Reduction

Celestial Exercise for Part 8: First Sight Reduction

How to find my Position Line by shooting the sun. A step-by-step explanation of the individual tasks.

Celestial Exercise for Part 8: Second Sight Reduction

Celestial Exercise for Part 8: Second Sight Reduction

Celestial

Celestial Theory Part 8: PZX and Sight Reduction

Celestial Theory Part 8: PZX and Sight Reduction

The theory behind how one can know the altitude you should see a

Celestial Exercise for Part 9: Plotting a Position

Celestial Exercise for Part 9: Plotting a Position

Make your own chart by using a Plotting Sheet!

Deviation by Amplitude (Sun) | Problem 8 | Celestial Navigation

Deviation by Amplitude (Sun) | Problem 8 | Celestial Navigation

In this video we solve the problem below. On 11 May your vessel's 1839 ZT position is LAT 17Β° 30' N, LONG 63Β° 55' W, when anΒ ...

Celestial Exercise for Part 12: Choosing the right Stars

Celestial Exercise for Part 12: Choosing the right Stars

Celestial

Celestial Exercise for Part 10: Finding Twilight

Celestial Exercise for Part 10: Finding Twilight

Use the Reginasailing template to pre-calculate when twilight will be for the coming sights.

Celestial Exercise for Part 14: Plotting Twilight shots

Celestial Exercise for Part 14: Plotting Twilight shots

How to determine our position at Twilight.

Celestial Navigation, Episode 8: Plotting the celestial sight.

Celestial Navigation, Episode 8: Plotting the celestial sight.

Practical

Celestial Exercise for Part 7: Taking the Noon Sight

Celestial Exercise for Part 7: Taking the Noon Sight

How to determine your Latitude by knowing the sun's declination.

Celestial Exercise for Part 14: A complete Twilight Planning and Shooting

Celestial Exercise for Part 14: A complete Twilight Planning and Shooting

A walk-through of a complete twilight planning and shooting.

Celestial Exercise for Part 11: Choosing the right Planets

Celestial Exercise for Part 11: Choosing the right Planets

Hands-on demonstration which planets are best suited for twilight shooting.

🌞 All the Planets Under the Same Sun! πŸͺπŸš€

🌞 All the Planets Under the Same Sun! πŸͺπŸš€

Meet the Sun and all the planets of the solar system in this song that celebrates diversity and unity in space.