Result

^{…
2025-06-07 10:30 UTC

2025-06-06 15:56 UTC

2025-06-06 15:15 UTC
…}

BGD Cure ML (2016)

General Information

Manufacturer	BGD GmbH
Model	Cure
Year	2016
Size	ML
Production date	2016-09
Line chart	Open
Total airtime	150h
Line set airtime	150h
Tolerance	+/- 10mm (Review)

Data integrity & access	Contains imported values

Settings

Manufacturer tolerance

Correction value

The deviation of the measured values from the nominal values is between 0 and 23mm. 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

AR1

BR1

CR1

AR2

BR2

CR2

c10

AR3

a10

a11

a12

BR3

b10

b11

b12

CR3

c11

c12

c13

c14

CR4

a13

a14

b13

b14

c15

c16

AR1

BR1

CR1

AR2

BR2

CR2

c10

AR3

a10

a11

a12

BR3

b10

b11

b12

CR3

c11

c12

c13

c14

CR4

a13

a14

b13

b14

c15

c16

Offsets relative to median diff (16)

AR1

BR1

CR1

AR2

BR2

CR2

AR3

BR3

CR3

CR4

AR1

BR1

CR1

AR2

BR2

CR2

AR3

BR3

CR3

CR4

Left riser

AR1

nom:

7859.00

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group AR1

Formula of calculation:

sum(a1,a2,a3,a4) / 4

Statistics of "19"

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.

nom:

7903

rdg:

7918

diff:

nom:

7862

rdg:

7875

diff:

nom:

7828

rdg:

7838

diff:

nom:

7843

rdg:

7857

diff:

BR1

nom:

7777.00

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group BR1

Formula of calculation:

sum(b1,b2,b3,b4) / 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.

nom:

7819

rdg:

7834

diff:

nom:

7778

rdg:

7794

diff:

nom:

7748

rdg:

7764

diff:

nom:

7763

rdg:

7774

diff:

CR1

nom:

7932.33

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group CR1

Formula of calculation:

sum(c1,c2,c3,c4,c5,c6) / 6

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.

nom:

8073

rdg:

8090

diff:

nom:

7941

rdg:

7963

diff:

nom:

7919

rdg:

7939

diff:

nom:

7876

rdg:

7895

diff:

nom:

7852

rdg:

7873

diff:

nom:

7933

rdg:

7949

diff:

AR2

nom:

7688.50

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group AR2

Formula of calculation:

sum(a5,a6,a7,a8) / 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.

nom:

7748

rdg:

7759

diff:

nom:

7704

rdg:

7721

diff:

nom:

7642

rdg:

7656

diff:

nom:

7660

rdg:

7673

diff:

BR2

nom:

7640.25

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group BR2

Formula of calculation:

sum(b5,b6,b7,b8) / 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.

nom:

7692

rdg:

7704

diff:

nom:

7652

rdg:

7666

diff:

nom:

7600

rdg:

7613

diff:

nom:

7617

rdg:

7632

diff:

CR2

nom:

7735.25

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group CR2

Formula of calculation:

sum(c7,c8,c9,c10) / 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.

nom:

7807

rdg:

7822

diff:

nom:

7754

rdg:

7773

diff:

nom:

7683

rdg:

7700

diff:

c10

nom:

7697

rdg:

7712

diff:

AR3

nom:

7377.50

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group AR3

Formula of calculation:

sum(a9,a10,a11,a12) / 4

Statistics of "04"

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.

nom:

7510

rdg:

7526

diff:

a10

nom:

7414

rdg:

7434

diff:

a11

nom:

7332

rdg:

7353

diff:

a12

nom:

7254

rdg:

7274

diff:

BR3

nom:

7373.00

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group BR3

Formula of calculation:

sum(b9,b10,b11,b12) / 4

Statistics of "04"

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.

nom:

7495

rdg:

7515

diff:

b10

nom:

7396

rdg:

7411

diff:

b11

nom:

7326

rdg:

7341

diff:

b12

nom:

7275

rdg:

7290

diff:

CR3

nom:

7449.25

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group CR3

Formula of calculation:

sum(c11,c12,c13,c14) / 4

Statistics of "04"

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.

c11

nom:

7580

rdg:

7597

diff:

c12

nom:

7471

rdg:

7488

diff:

c13

nom:

7395

rdg:

7415

diff:

c14

nom:

7351

rdg:

7369

diff:

CR4

nom:

6964.17

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group CR4

Formula of calculation:

sum(a13,a14,b13,b14,c15,c16) / 6

Statistics of "04"

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.

a13

nom:

6954

rdg:

6966

diff:

a14

nom:

6870

rdg:

6889

diff:

b13

nom:

6963

rdg:

6981

diff:

b14

nom:

6903

rdg:

6919

diff:

c15

nom:

7078

rdg:

7093

diff:

c16

nom:

7017

rdg:

7034

diff:

Right riser

AR1

nom:

7859.00

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group AR1

Formula of calculation:

sum(a1,a2,a3,a4) / 4

Statistics of "19"

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.

nom:

7903

rdg:

7922

diff:

nom:

7862

rdg:

7883

diff:

nom:

7828

rdg:

7845

diff:

nom:

7843

rdg:

7863

diff:

BR1

nom:

7777.00

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group BR1

Formula of calculation:

sum(b1,b2,b3,b4) / 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.

nom:

7819

rdg:

7832

diff:

nom:

7778

rdg:

7792

diff:

nom:

7748

rdg:

7764

diff:

nom:

7763

rdg:

7780

diff:

CR1

nom:

7932.33

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group CR1

Formula of calculation:

sum(c1,c2,c3,c4,c5,c6) / 6

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.

nom:

8073

rdg:

8085

diff:

nom:

7941

rdg:

7957

diff:

nom:

7919

rdg:

7940

diff:

nom:

7876

rdg:

7899

diff:

nom:

7852

rdg:

7872

diff:

nom:

7933

rdg:

7948

diff:

AR2

nom:

7688.50

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group AR2

Formula of calculation:

sum(a5,a6,a7,a8) / 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.

nom:

7748

rdg:

7762

diff:

nom:

7704

rdg:

7725

diff:

nom:

7642

rdg:

7658

diff:

nom:

7660

rdg:

7675

diff:

BR2

nom:

7640.25

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group BR2

Formula of calculation:

sum(b5,b6,b7,b8) / 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.

nom:

7692

rdg:

7707

diff:

nom:

7652

rdg:

7669

diff:

nom:

7600

rdg:

7618

diff:

nom:

7617

rdg:

7634

diff:

CR2

nom:

7735.25

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group CR2

Formula of calculation:

sum(c7,c8,c9,c10) / 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.

nom:

7807

rdg:

7818

diff:

nom:

7754

rdg:

7771

diff:

nom:

7683

rdg:

7698

diff:

c10

nom:

7697

rdg:

7714

diff:

AR3

nom:

7377.50

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group AR3

Formula of calculation:

sum(a9,a10,a11,a12) / 4

Statistics of "04"

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.

nom:

7510

rdg:

7520

diff:

a10

nom:

7414

rdg:

7428

diff:

a11

nom:

7332

rdg:

7341

diff:

a12

nom:

7254

rdg:

7264

diff:

BR3

nom:

7373.00

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group BR3

Formula of calculation:

sum(b9,b10,b11,b12) / 4

Statistics of "04"

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.

nom:

7495

rdg:

7515

diff:

b10

nom:

7396

rdg:

7419

diff:

b11

nom:

7326

rdg:

7345

diff:

b12

nom:

7275

rdg:

7294

diff:

CR3

nom:

7449.25

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group CR3

Formula of calculation:

sum(c11,c12,c13,c14) / 4

Statistics of "04"

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.

c11

nom:

7580

rdg:

7596

diff:

c12

nom:

7471

rdg:

7489

diff:

c13

nom:

7395

rdg:

7416

diff:

c14

nom:

7351

rdg:

7372

diff:

CR4

nom:

6964.17

rdg:

diff:

Cascade loop

Line insert

Re-measure

Exlclude from analysis

Comment

Averages of group CR4

Formula of calculation:

sum(a13,a14,b13,b14,c15,c16) / 6

Statistics of "04"

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.

a13

nom:

6954

rdg:

6967

diff:

a14

nom:

6870

rdg:

6890

diff:

b13

nom:

6963

rdg:

6975

diff:

b14

nom:

6903

rdg:

6916

diff:

c15

nom:

7078

rdg:

7093

diff:

c16

nom:

7017

rdg:

7033

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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