Result

^{2025-07-26 12:48 UTC

2025-07-26 10:51 UTC
…}

Advance Epsilon 9 28 (2018)

General Information

Manufacturer	ADVANCE Thun AG
Model	Epsilon 9
Year	2018
Size	28
Production date	2022-01
Line chart	Open
Total airtime	0h
Line set airtime	0h
Tolerance	+/- 10mm (Review)

Data integrity & access	Checksum valid

Settings

Manufacturer tolerance

Correction value

The deviation of the measured values from the nominal values is between 0 and -30mm. Adjust the value according to your measuring set-up.
Put a positive value if readings are too short.
Put a negative value if readings are too long.

Wing as seen from above in flight

2A1

1A1

1A2

2B1

1B1

1B2

3CD1

1C1

1C2

1D1

1D2

2A2

1A3

1A4

2B2

1B3

1B4

3CD2

1C3

1C4

1D3

1D4

3A1

1A5

1A6

1A7

1A8

3B1

1B5

1B6

1B7

1B8

3C3

1C5

1C6

1C7

1C8

BST

1A9

1A10

1B9

1B10

1C9

2A1

1A1

1A2

2B1

1B1

1B2

3CD1

1C1

1C2

1D1

1D2

2A2

1A3

1A4

2B2

1B3

1B4

3CD2

1C3

1C4

1D3

1D4

3A1

1A5

1A6

1A7

1A8

3B1

1B5

1B6

1B7

1B8

3C3

1C5

1C6

1C7

1C8

BST

1A9

1A10

1B9

1B10

1C9

Offsets relative to median diff (-17)

2A1

2B1

3CD1

2A2

2B2

3CD2

3A1

3B1

3C3

BST

2A1

2B1

3CD1

2A2

2B2

3CD2

3A1

3B1

3C3

BST

Left riser

2A1

nom:

7363.50

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group 2A1

Formula of calculation:

sum(1A1,1A2) / 2

Statistics of "14"

Evidence must be high for the system to show colored dots at all.

Evidence levels

Low: 3 datasets found and quality is below 18
Medium: 3 datasets found and quality higher than 17
High: 10 datasets found and quality is at least 25 / 3 datasets found and quality is at least 50

The color of the dot itself is based on the spread.

Color codes

Green (reliable): Spread is less than or equal to 2.0. Chances are high that you will get a very similar result.
Yellow (uncertain): Spread is less than or equal to 3.0. Your result might diverge from the expected length change.
Orange (unreliable): Spread is greater than 3.0. Given the data we have, the length change might be something but what expected.

The following table shows statistics acquired by user measurements.

1A1

nom:

7392

rdg:

7372

diff:

1A2

nom:

7335

rdg:

7313

diff:

2B1

nom:

7249.50

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group 2B1

Formula of calculation:

sum(1B1,1B2) / 2

Statistics of "14"

Evidence must be high for the system to show colored dots at all.

Evidence levels

Low: 3 datasets found and quality is below 18
Medium: 3 datasets found and quality higher than 17
High: 10 datasets found and quality is at least 25 / 3 datasets found and quality is at least 50

The color of the dot itself is based on the spread.

Color codes

Green (reliable): Spread is less than or equal to 2.0. Chances are high that you will get a very similar result.
Yellow (uncertain): Spread is less than or equal to 3.0. Your result might diverge from the expected length change.
Orange (unreliable): Spread is greater than 3.0. Given the data we have, the length change might be something but what expected.

The following table shows statistics acquired by user measurements.

1B1

nom:

7275

rdg:

7257

diff:

1B2

nom:

7224

rdg:

7203

diff:

3CD1

nom:

7417.25

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group 3CD1

Formula of calculation:

sum(1C1,1C2,1D1,1D2) / 4

Statistics of "14"

Evidence must be high for the system to show colored dots at all.

Evidence levels

Low: 3 datasets found and quality is below 18
Medium: 3 datasets found and quality higher than 17
High: 10 datasets found and quality is at least 25 / 3 datasets found and quality is at least 50

The color of the dot itself is based on the spread.

Color codes

Green (reliable): Spread is less than or equal to 2.0. Chances are high that you will get a very similar result.
Yellow (uncertain): Spread is less than or equal to 3.0. Your result might diverge from the expected length change.
Orange (unreliable): Spread is greater than 3.0. Given the data we have, the length change might be something but what expected.

The following table shows statistics acquired by user measurements.

1C1

nom:

7377

rdg:

7365

diff:

1C2

nom:

7320

rdg:

7296

diff:

1D1

nom:

7515

rdg:

7505

diff:

1D2

nom:

7457

rdg:

7427

diff:

2A2

nom:

7249.50

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group 2A2

Formula of calculation:

sum(1A3,1A4) / 2

Statistics of "14"

Evidence must be high for the system to show colored dots at all.

Evidence levels

Low: 3 datasets found and quality is below 18
Medium: 3 datasets found and quality higher than 17
High: 10 datasets found and quality is at least 25 / 3 datasets found and quality is at least 50

The color of the dot itself is based on the spread.

Color codes

Green (reliable): Spread is less than or equal to 2.0. Chances are high that you will get a very similar result.
Yellow (uncertain): Spread is less than or equal to 3.0. Your result might diverge from the expected length change.
Orange (unreliable): Spread is greater than 3.0. Given the data we have, the length change might be something but what expected.

The following table shows statistics acquired by user measurements.

1A3

nom:

7282

rdg:

7263

diff:

1A4

nom:

7217

rdg:

7200

diff:

2B2

nom:

7136.00

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group 2B2

Formula of calculation:

sum(1B3,1B4) / 2

Statistics of "14"

Evidence must be high for the system to show colored dots at all.

Evidence levels

Low: 3 datasets found and quality is below 18
Medium: 3 datasets found and quality higher than 17
High: 10 datasets found and quality is at least 25 / 3 datasets found and quality is at least 50

The color of the dot itself is based on the spread.

Color codes

Green (reliable): Spread is less than or equal to 2.0. Chances are high that you will get a very similar result.
Yellow (uncertain): Spread is less than or equal to 3.0. Your result might diverge from the expected length change.
Orange (unreliable): Spread is greater than 3.0. Given the data we have, the length change might be something but what expected.

The following table shows statistics acquired by user measurements.

1B3

nom:

7167

rdg:

7148

diff:

1B4

nom:

7105

rdg:

7092

diff:

3CD2

nom:

7280.00

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group 3CD2

Formula of calculation:

sum(1C3,1C4,1D3,1D4) / 4

Statistics of "14"

Evidence must be high for the system to show colored dots at all.

Evidence levels

Low: 3 datasets found and quality is below 18
Medium: 3 datasets found and quality higher than 17
High: 10 datasets found and quality is at least 25 / 3 datasets found and quality is at least 50

The color of the dot itself is based on the spread.

Color codes

Green (reliable): Spread is less than or equal to 2.0. Chances are high that you will get a very similar result.
Yellow (uncertain): Spread is less than or equal to 3.0. Your result might diverge from the expected length change.
Orange (unreliable): Spread is greater than 3.0. Given the data we have, the length change might be something but what expected.

The following table shows statistics acquired by user measurements.

1C3

nom:

7254

rdg:

7238

diff:

1C4

nom:

7184

rdg:

7172

diff:

1D3

nom:

7382

rdg:

7366

diff:

1D4

nom:

7300

rdg:

7286

diff:

3A1

nom:

6949.75

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group 3A1

Formula of calculation:

sum(1A5,1A6,1A7,1A8) / 4

Statistics of "14"

Evidence must be high for the system to show colored dots at all.

Evidence levels

Low: 3 datasets found and quality is below 18
Medium: 3 datasets found and quality higher than 17
High: 10 datasets found and quality is at least 25 / 3 datasets found and quality is at least 50

The color of the dot itself is based on the spread.

Color codes

Green (reliable): Spread is less than or equal to 2.0. Chances are high that you will get a very similar result.
Yellow (uncertain): Spread is less than or equal to 3.0. Your result might diverge from the expected length change.
Orange (unreliable): Spread is greater than 3.0. Given the data we have, the length change might be something but what expected.

The following table shows statistics acquired by user measurements.

1A5

nom:

7111

rdg:

7090

diff:

1A6

nom:

6990

rdg:

6970

diff:

1A7

nom:

6874

rdg:

6852

diff:

1A8

nom:

6824

rdg:

6804

diff:

3B1

nom:

6877.25

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group 3B1

Formula of calculation:

sum(1B5,1B6,1B7,1B8) / 4

Statistics of "14"

Evidence must be high for the system to show colored dots at all.

Evidence levels

Low: 3 datasets found and quality is below 18
Medium: 3 datasets found and quality higher than 17
High: 10 datasets found and quality is at least 25 / 3 datasets found and quality is at least 50

The color of the dot itself is based on the spread.

Color codes

Green (reliable): Spread is less than or equal to 2.0. Chances are high that you will get a very similar result.
Yellow (uncertain): Spread is less than or equal to 3.0. Your result might diverge from the expected length change.
Orange (unreliable): Spread is greater than 3.0. Given the data we have, the length change might be something but what expected.

The following table shows statistics acquired by user measurements.

1B5

nom:

7019

rdg:

7003

diff:

1B6

nom:

6910

rdg:

6893

diff:

1B7

nom:

6812

rdg:

6800

diff:

1B8

nom:

6768

rdg:

6753

diff:

3C3

nom:

6933.50

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group 3C3

Formula of calculation:

sum(1C5,1C6,1C7,1C8) / 4

Statistics of "14"

Evidence must be high for the system to show colored dots at all.

Evidence levels

Low: 3 datasets found and quality is below 18
Medium: 3 datasets found and quality higher than 17
High: 10 datasets found and quality is at least 25 / 3 datasets found and quality is at least 50

The color of the dot itself is based on the spread.

Color codes

Green (reliable): Spread is less than or equal to 2.0. Chances are high that you will get a very similar result.
Yellow (uncertain): Spread is less than or equal to 3.0. Your result might diverge from the expected length change.
Orange (unreliable): Spread is greater than 3.0. Given the data we have, the length change might be something but what expected.

The following table shows statistics acquired by user measurements.

1C5

nom:

7086

rdg:

7075

diff:

1C6

nom:

6969

rdg:

6957

diff:

1C7

nom:

6864

rdg:

6856

diff:

1C8

nom:

6815

rdg:

6806

diff:

BST

nom:

6454.60

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group BST

Formula of calculation:

sum(1A9,1A10,1B9,1B10,1C9) / 5

Statistics of "14"

Evidence must be high for the system to show colored dots at all.

Evidence levels

Low: 3 datasets found and quality is below 18
Medium: 3 datasets found and quality higher than 17
High: 10 datasets found and quality is at least 25 / 3 datasets found and quality is at least 50

The color of the dot itself is based on the spread.

Color codes

Green (reliable): Spread is less than or equal to 2.0. Chances are high that you will get a very similar result.
Yellow (uncertain): Spread is less than or equal to 3.0. Your result might diverge from the expected length change.
Orange (unreliable): Spread is greater than 3.0. Given the data we have, the length change might be something but what expected.

The following table shows statistics acquired by user measurements.

1A9

nom:

6475

rdg:

6454

diff:

1A10

nom:

6337

rdg:

6314

diff:

1B9

nom:

6477

rdg:

6457

diff:

1B10

nom:

6391

rdg:

6368

diff:

1C9

nom:

6593

rdg:

6568

diff:

Right riser

2A1

nom:

7363.50

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group 2A1

Formula of calculation:

sum(1A1,1A2) / 2

Statistics of "14"

Evidence must be high for the system to show colored dots at all.

Evidence levels

Low: 3 datasets found and quality is below 18
Medium: 3 datasets found and quality higher than 17
High: 10 datasets found and quality is at least 25 / 3 datasets found and quality is at least 50

The color of the dot itself is based on the spread.

Color codes

Green (reliable): Spread is less than or equal to 2.0. Chances are high that you will get a very similar result.
Yellow (uncertain): Spread is less than or equal to 3.0. Your result might diverge from the expected length change.
Orange (unreliable): Spread is greater than 3.0. Given the data we have, the length change might be something but what expected.

The following table shows statistics acquired by user measurements.

1A1

nom:

7392

rdg:

7377

diff:

1A2

nom:

7335

rdg:

7320

diff:

2B1

nom:

7249.50

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group 2B1

Formula of calculation:

sum(1B1,1B2) / 2

Statistics of "14"

Evidence must be high for the system to show colored dots at all.

Evidence levels

Low: 3 datasets found and quality is below 18
Medium: 3 datasets found and quality higher than 17
High: 10 datasets found and quality is at least 25 / 3 datasets found and quality is at least 50

The color of the dot itself is based on the spread.

Color codes

Green (reliable): Spread is less than or equal to 2.0. Chances are high that you will get a very similar result.
Yellow (uncertain): Spread is less than or equal to 3.0. Your result might diverge from the expected length change.
Orange (unreliable): Spread is greater than 3.0. Given the data we have, the length change might be something but what expected.

The following table shows statistics acquired by user measurements.

1B1

nom:

7275

rdg:

7262

diff:

1B2

nom:

7224

rdg:

7211

diff:

3CD1

nom:

7417.25

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group 3CD1

Formula of calculation:

sum(1C1,1C2,1D1,1D2) / 4

Statistics of "14"

Evidence must be high for the system to show colored dots at all.

Evidence levels

Low: 3 datasets found and quality is below 18
Medium: 3 datasets found and quality higher than 17
High: 10 datasets found and quality is at least 25 / 3 datasets found and quality is at least 50

The color of the dot itself is based on the spread.

Color codes

Green (reliable): Spread is less than or equal to 2.0. Chances are high that you will get a very similar result.
Yellow (uncertain): Spread is less than or equal to 3.0. Your result might diverge from the expected length change.
Orange (unreliable): Spread is greater than 3.0. Given the data we have, the length change might be something but what expected.

The following table shows statistics acquired by user measurements.

1C1

nom:

7377

rdg:

7364

diff:

1C2

nom:

7320

rdg:

7306

diff:

1D1

nom:

7515

rdg:

7504

diff:

1D2

nom:

7457

rdg:

7441

diff:

2A2

nom:

7249.50

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group 2A2

Formula of calculation:

sum(1A3,1A4) / 2

Statistics of "14"

Evidence must be high for the system to show colored dots at all.

Evidence levels

Low: 3 datasets found and quality is below 18
Medium: 3 datasets found and quality higher than 17
High: 10 datasets found and quality is at least 25 / 3 datasets found and quality is at least 50

The color of the dot itself is based on the spread.

Color codes

Green (reliable): Spread is less than or equal to 2.0. Chances are high that you will get a very similar result.
Yellow (uncertain): Spread is less than or equal to 3.0. Your result might diverge from the expected length change.
Orange (unreliable): Spread is greater than 3.0. Given the data we have, the length change might be something but what expected.

The following table shows statistics acquired by user measurements.

1A3

nom:

7282

rdg:

7263

diff:

1A4

nom:

7217

rdg:

7192

diff:

2B2

nom:

7136.00

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group 2B2

Formula of calculation:

sum(1B3,1B4) / 2

Statistics of "14"

Evidence must be high for the system to show colored dots at all.

Evidence levels

Low: 3 datasets found and quality is below 18
Medium: 3 datasets found and quality higher than 17
High: 10 datasets found and quality is at least 25 / 3 datasets found and quality is at least 50

The color of the dot itself is based on the spread.

Color codes

Green (reliable): Spread is less than or equal to 2.0. Chances are high that you will get a very similar result.
Yellow (uncertain): Spread is less than or equal to 3.0. Your result might diverge from the expected length change.
Orange (unreliable): Spread is greater than 3.0. Given the data we have, the length change might be something but what expected.

The following table shows statistics acquired by user measurements.

1B3

nom:

7167

rdg:

7151

diff:

1B4

nom:

7105

rdg:

7087

diff:

3CD2

nom:

7280.00

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group 3CD2

Formula of calculation:

sum(1C3,1C4,1D3,1D4) / 4

Statistics of "14"

Evidence must be high for the system to show colored dots at all.

Evidence levels

Low: 3 datasets found and quality is below 18
Medium: 3 datasets found and quality higher than 17
High: 10 datasets found and quality is at least 25 / 3 datasets found and quality is at least 50

The color of the dot itself is based on the spread.

Color codes

Green (reliable): Spread is less than or equal to 2.0. Chances are high that you will get a very similar result.
Yellow (uncertain): Spread is less than or equal to 3.0. Your result might diverge from the expected length change.
Orange (unreliable): Spread is greater than 3.0. Given the data we have, the length change might be something but what expected.

The following table shows statistics acquired by user measurements.

1C3

nom:

7254

rdg:

7240

diff:

1C4

nom:

7184

rdg:

7174

diff:

1D3

nom:

7382

rdg:

7365

diff:

1D4

nom:

7300

rdg:

7288

diff:

3A1

nom:

6949.75

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group 3A1

Formula of calculation:

sum(1A5,1A6,1A7,1A8) / 4

Statistics of "14"

Evidence must be high for the system to show colored dots at all.

Evidence levels

Low: 3 datasets found and quality is below 18
Medium: 3 datasets found and quality higher than 17
High: 10 datasets found and quality is at least 25 / 3 datasets found and quality is at least 50

The color of the dot itself is based on the spread.

Color codes

Green (reliable): Spread is less than or equal to 2.0. Chances are high that you will get a very similar result.
Yellow (uncertain): Spread is less than or equal to 3.0. Your result might diverge from the expected length change.
Orange (unreliable): Spread is greater than 3.0. Given the data we have, the length change might be something but what expected.

The following table shows statistics acquired by user measurements.

1A5

nom:

7111

rdg:

7091

diff:

1A6

nom:

6990

rdg:

6973

diff:

1A7

nom:

6874

rdg:

6857

diff:

1A8

nom:

6824

rdg:

6807

diff:

3B1

nom:

6877.25

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group 3B1

Formula of calculation:

sum(1B5,1B6,1B7,1B8) / 4

Statistics of "14"

Evidence must be high for the system to show colored dots at all.

Evidence levels

Low: 3 datasets found and quality is below 18
Medium: 3 datasets found and quality higher than 17
High: 10 datasets found and quality is at least 25 / 3 datasets found and quality is at least 50

The color of the dot itself is based on the spread.

Color codes

Green (reliable): Spread is less than or equal to 2.0. Chances are high that you will get a very similar result.
Yellow (uncertain): Spread is less than or equal to 3.0. Your result might diverge from the expected length change.
Orange (unreliable): Spread is greater than 3.0. Given the data we have, the length change might be something but what expected.

The following table shows statistics acquired by user measurements.

1B5

nom:

7019

rdg:

7000

diff:

1B6

nom:

6910

rdg:

6893

diff:

1B7

nom:

6812

rdg:

6798

diff:

1B8

nom:

6768

rdg:

6755

diff:

3C3

nom:

6933.50

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group 3C3

Formula of calculation:

sum(1C5,1C6,1C7,1C8) / 4

Statistics of "14"

Evidence must be high for the system to show colored dots at all.

Evidence levels

Low: 3 datasets found and quality is below 18
Medium: 3 datasets found and quality higher than 17
High: 10 datasets found and quality is at least 25 / 3 datasets found and quality is at least 50

The color of the dot itself is based on the spread.

Color codes

Green (reliable): Spread is less than or equal to 2.0. Chances are high that you will get a very similar result.
Yellow (uncertain): Spread is less than or equal to 3.0. Your result might diverge from the expected length change.
Orange (unreliable): Spread is greater than 3.0. Given the data we have, the length change might be something but what expected.

The following table shows statistics acquired by user measurements.

1C5

nom:

7086

rdg:

7071

diff:

1C6

nom:

6969

rdg:

6958

diff:

1C7

nom:

6864

rdg:

6854

diff:

1C8

nom:

6815

rdg:

6804

diff:

BST

nom:

6454.60

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group BST

Formula of calculation:

sum(1A9,1A10,1B9,1B10,1C9) / 5

Statistics of "14"

Evidence must be high for the system to show colored dots at all.

Evidence levels

Low: 3 datasets found and quality is below 18
Medium: 3 datasets found and quality higher than 17
High: 10 datasets found and quality is at least 25 / 3 datasets found and quality is at least 50

The color of the dot itself is based on the spread.

Color codes

Green (reliable): Spread is less than or equal to 2.0. Chances are high that you will get a very similar result.
Yellow (uncertain): Spread is less than or equal to 3.0. Your result might diverge from the expected length change.
Orange (unreliable): Spread is greater than 3.0. Given the data we have, the length change might be something but what expected.

The following table shows statistics acquired by user measurements.

1A9

nom:

6475

rdg:

6451

diff:

1A10

nom:

6337

rdg:

6311

diff:

1B9

nom:

6477

rdg:

6456

diff:

1B10

nom:

6391

rdg:

6370

diff:

1C9

nom:

6593

rdg:

6567

diff:

Help

AoI

The Angle of Incidence diff is shown in the wing view as triangle in millimeters if no ref is selected. Plus means faster. Minus means slower.

ref

The current main/row or suspension point that is set as reference to calculate relative deviations. The referenced object is marked with a border.
You can select/change the ref by:

groups and rows	Using the radio buttons () or click on the grey rows or names of the main lines in the wing at the top.
points	Clicking the white area beneath the suspension point name

nom

The nominal length between suspension point and main riser loop.

rdg

The actual reading from your measurement device. When measuring, rdg is the input field.

diff

The difference between nom and rdg. This value depends on the currently selected ref. If nothing is selected, the actual deviations from rdg to nom are displayed.

colors

Areas marked in red color are further away (the line is longer) than the selected ref. Areas marked in blue color are closer (the line is shorter) than the selected ref.

status

Color coded dots are shown for manual, imported & laser values

Also take a look at the Manual

Continue trimming procedure

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