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TEL AVIV GRAND PRIX 2019

MUKI Sagi ISR – IVANOV Ivaylo BUL
Final -81
I W P I W P
1 0 – – 0

PARLATI Christian ITA – IVANOV Ivaylo BUL

Semi-Final -81
I W P I W P
– 0 – 1 0

IVANOV Ivaylo BUL – BRIAND Etienne CAN
Quarter-Final -81
I W P I W P
1 0 – – 0

IVANOV Ivaylo BUL – URQUIZA SOLANA Alfonso ESP
Round 3 -81
I W P I W P
– 1 – 0

IVANOV Ivaylo BUL – CERCEA Marcel ROU
Round 2 -81
I W P I W P
1 1 – – 0

 

Tel Aviv Grand Prix 2019
ILIEVA Ivelina BUL – KARAKAS Hedvig HUN
Bronze -57
I W P I W P
– 1 – 0

Tel Aviv Grand Prix 2019
ILIEVA Ivelina BUL- CYSIQUE Sarah Leonie FRA
Repechage -57
I W P I W P
– 1 – 0

Tel Aviv Grand Prix 2019
NELSON LEVY Timna ISR – ILIEVA Ivelina BUL
Quarter-Final -57
I W P I W P
1 0 – 0

Tel Aviv Grand Prix 2019
ILIEVA Ivelina BUL – LO GIUDICE Martina ITA
Round 2 -57
I W P I W P
– 1 – 0

Tel Aviv Grand Prix 2019
ILIEVA Ivelina BUL – NURJAVOVA Rushana TKM
Round 1 -57
I W P I W P
1 1 – – 0

 

 

Judo Grand-Prix The Hague 2018

IVANOV Ivaylo BUL – DE WIT Frank NED

Final -81
I W P I W P
1 0 – – 1

IVANOV Ivaylo BUL – HEIJMAN Jim NED
Semi-Final -81
I W P I W P
1 0 – – 0

IVANOV Ivaylo BUL – VISAN Vlad ROU
Quarter-Final -81
I W P I W P
1 1 – 0

IVANOV Ivaylo BUL – BUSCH Victor SWE
Round 3 -81
I W P I W P
1 0 – 1

MOLLAEI Saeid IRI – IVANOV Ivaylo BUL
Round 2 -81
I W P I W P
– 0 1 0

ZABOROSCIUC Nicon MDA – IVANOV Ivaylo BUL
Round 1 -81
I W P I W P
– 0 – 1

 

Special Judo Fitness Test

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VO2 max

VO₂ max

Fitness can be measured by the volume of oxygen you can consume while exercising at your maximum capacity. VO₂ max is the maximum amount of oxygen in millilitres, one can use in one minute per kilogram of body weight. Those who are fit have higher VO₂max values and can exercise more intensely than those who are not as well conditioned. Numerous studies show that you can increase your VO₂ max by working out at an intensity that raises your heart rate to between 65 and 85% of its maximum for at least 20 minutes three to five times a week (referenced in French & Long (2012)^[8]). A mean value of VO₂ max for male athletes is about 3.5 litres/minute and for female athletes it is about 2.7 litres/minute.

Factors affecting VO₂ max

The physical limitations that restrict the rate at which energy can be released aerobically are dependent upon:

• the chemical ability of the muscular cellular tissue system to use oxygen in breaking down fuels
• the combined ability of cardiovascular and pulmonary systems to transport the oxygen to the muscular tissue system

There are various physiological factors that combine to determine VO₂ max for which there are two theories: Utilization Theory and Presentation Theory.

Utilization theory maintains that VO₂ max is determined by the body’s ability to utilize the available oxygen whereas Presentation Theory maintains it is the ability of the body’s cardiovascular system to deliver oxygen to active tissues.

A study by Saltin and Rowell (1980)^[3] concluded that it is the delivery of oxygen to active tissues that is the major limiting factor to VO₂ max. A study by Gollnick et al. (1972)^[4] showed a weak relationship between the body’s ability to utilize the available oxygen and VO₂ max.

VO₂ max for various groups

The tables below, adapted from Wilmore and Costill (2005)^[2], detail normative data for VO₂ max (ml/kg/min) in various population groups.

Non Athletes

Age	Male	Female
10-19	47-56	38-46
20-29	43-52	33-42
30-39	39-48	30-38
40-49	36-44	26-35
50-59	34-41	24-33
60-69	31-38	22-30
70-79	28-35	20-27

Athletes

Sport	Age	Male	Female
Baseball	18-32	48-56	52-57
Basketball	18-30	40-60	43-60
Cycling	18-26	62-74	47-57
Canoeing	22-28	55-67	48-52
Football (USA)	20-36	42-60
Gymnastics	18-22	52-58	35-50
Ice Hockey	10-30	50-63
Orienteering	20-60	47-53	46-60
Rowing	20-35	60-72	58-65
Skiing alpine	18-30	57-68	50-55
Skiing nordic	20-28	65-94	60-75
Soccer	22-28	54-64	50-60
Speed skating	18-24	56-73	44-55
Swimming	10-25	50-70	40-60
Track & Field – Discus	22-30	42-55
Track & Field – Running	18-39	60-85	50-75
Track & Field – Running	40-75	40-60	35-60
Track & Field – Shot	22-30	40-46
Volleyball	18-22		40-56
Weight Lifting	20-30	38-52
Wrestling	20-30	52-65

Athlete’s VO₂ max Scores

The following are the VO₂ max scores for a selection of the top female and male athletes.

VO2 max (ml/kg/min)	Athlete	Gender	Sport/Event
96.0	Espen Harald Bjerke	Male	Cross Country Skiing
96.0	Bjorn Daehlie	Male	Cross Country Skiing
92.5	Greg LeMond	Male	Cycling
92.0	Matt Carpenter	Male	Marathon Runner
92.0	Tore Ruud Hofstad	Male	Cross Country Skiing
91.0	Harri Kirvesniem	Male	Cross Country Skiing
88.0	Miguel Indurain	Male	Cycling
87.4	Marius Bakken	Male	5K Runner
85.0	Dave Bedford	Male	10K Runner
85.0	John Ngugi	Male	Cross Country Runner
73.5	Greta Waitz	Female	Marathon runner
71.2	Ingrid Kristiansen	Female	Marathon Runner
67.2	Rosa Mota	Female	Marathon Runner

VO₂ max and age

As we get older our VO₂ max decreases. A study by Jackson et al. (1995)^[5] found the average decrease was 0.46 ml/kg/min per year for men (1.2%) and 0.54 ml/kg/min for women (1.7%). The decline is due to a number of factors including a reduction in maximum heart rate and maximum stoke volume.

VO₂ max and performance

VO₂ max on its own is a poor predictor of performance but using the velocity (vVO₂ max) and duration (tlimvVO₂ max) that an athlete can operate at their VO₂ max will provide a better indication of performance.

VO₂ max evaluation tests

An estimate of your VO₂ max can be determined using any of the following tests:

• 2.4km Run Test
• Astrand Treadmill test – VO₂ max test running on a treadmill
• Astrand 6 minute Cycle test – VO₂ max test on a static bike
• Balke VO₂ max test – suitable for endurance sports
• Balke Incremental treadmill protocol test– VO₂ max test on a treadmill (male and female tests)
• Bruce Incremental treadmill protocol test– VO₂ max test on a treadmill (male and female tests)
• Cooper VO₂ max test – suitable for endurance sports
• Conconi test
• Critical Swim Speed – measure of a swimmers aerobic capacity
• Home Step Test – a step test you can conduct at home
• Harvard Step Test – measure of cardiovascular fitness
• Multistage Fitness Test or Bleep test – VO₂ max test for endurance sports
• Queens College Step Test – VO₂ max test
• Rockport Fitness walking test – VO₂ max test
• Tecumseh Step Test – measure of cardiovascular fitness
• Treadmill VO₂max test – VO₂ max test
• VO₂ max from non-exercise data – VO₂ max test
• VO₂ max from a one mile jog
• VO₂ max from a race result (time for a distance)
• VO₂ max Step Test
• Wheelchair VO₂ max Test

VO₂ max – using HR_max and HR_rest

Research by Uth et al. (2004)^[9] found that VO₂ max can be estimated indirectly from an individuals maximum heart rate (HR_max)and resting heart rate (HR_rest) with an accuracy that compares favourably with other common VO₂ max tests. It is given by:

• VO₂ max = 15 x (HR_max ÷ HR_rest)

The following calculator will do the calculation for you. Enter your HR_max and HR_rest and then select the “Calculate” button.

HRmax  bpm HRrest  bpm 2max  ml/kg/min

VO₂max – using Age, Body Mass and HR_rest

Rexhepi et al. (2014)^[10] research with 1500 active football players aged 16 to 35 produced the following equation based on the results from their Astrand Bike Test using their age, body mass and resting heart rate.

• VO₂ max = 3.542+ (-0.014 x Age) + (0.015 x Body Mass [kg]) + (-0.011 x Resting Heart Rate)

The following calculator will do the calculation for you. Enter your Age, Body Mass (kg) and HR_rest and then select the “Calculate” button.

Age  yrs Body Mass  kg HRrest  bpm VO2max  L/min  ml/kg/min

Improving your VO₂ max

The following are samples of Astrands (a work physiologists) workouts for improving oxygen uptake:

• (1) – Run at maximum speed for 5 minutes. Note the distance covered in that time. Let us assume that the distance achieved is 1900 metres. Rest for 5 minutes, and then run the distance (1900 metres) 20% slower, in other words in 6 minutes, with 30 seconds rest, repeated many times. This is equal to your 10 Km pace
• (2) – Run at maximum speed for 4 minutes. Note the distance covered in that time. Rest for 4 minutes. In this case, we will assume you run a distance of 1500 metres. Now run the same distance 15% slower, in other words in 4 minutes 36 seconds, with 45 seconds rest, repeated several times. This approximates to a time between the athlete’s 5 Km and 10 Km time
• (3) – Run at maximum effort for 3 minute. Note the distance covered in that time. The distance covered is, say 1000 metres. Successive runs at that distance are taken 10% slower or at 3 minutes 18 seconds, with 60 seconds rest, repeated several times. This approximates to your 5 Km time
• (4) – Run at maximum effort for 5 minutes. Note the distance covered in that time. The distance covered is 1900 metres. Rest 5 minutes. The distance is now covered 5% slower with 1½ minutes rest. This is approximately 3K pace for you, i.e. 5 minutes 15 seconds/1900 metres
• (5) – Run at maximum effort for 3 minutes. The distance covered is 1100 metres. When recovered, the athlete then runs the same distance 5% slower, i.e. 3 minutes 9 seconds/1100 metres, with a minute rest, repeated several times. This is at 3 Km pace

When and how often

It is suggested that in the winter sessions (1) and (2) are done weekly, and in the track season sessions (3), (4) and (5) are done weekly by runners from 800 metres to the half-marathon. Although it would be convenient to use the original distance marks made by the duration efforts, this does not take into account the athlete’s condition before each session, so the maximum effort runs must be done on each occasion when they may be either more or less than the previous distance run. The maximum duration efforts are in themselves quality sessions. If the pulse rate has not recovered to 120 beats per minute in the rest times given, the recovery period should be extended before the repetitions are started. The recovery times between the repetitions should be strictly adhered to. These workouts make a refreshing change from repetition running. When all five sessions are completed within a month, experience shows substantial improvements in performance.

The effect of altitude

VO₂ max decreases as altitude increases above 1600m and for every 1000m above 1600m maximal oxygen uptake decreases by approximately 8-11%. The decrease is mainly due to a decrease in maximal cardiac output (product of heart rate and stroke volume). Stoke volume decreases due to the immediate decrease in blood plasma volume.

VO₂max Assessment

The VO₂ max assessment is based on the Cooper VO₂ max tables for both the 1997^[6] and 2005^[7] tables.

For an evaluation of your VO₂ max select the age group and gender, enter your VO₂ max and then select the ‘Calculate’ button.

Age 13-19 20-29 30-39 40-49 50-59 60-69 70-79 Gender Female Male VO2max  ml/kg/min Assessment – ‘v’ 1997 Tables Assessment – ‘v’ 2005 Tables

Normative data for VO₂ max in 1997

Normative data (Heywood 1998)^[6] for Female (values in ml/kg/min)

Age	Very Poor	Poor	Fair	Good	Excellent	Superior
13-19	<25	25 – 30	31 – 34	35 – 38	39 – 41	>41
20-29	<24	24 – 28	29 – 32	33 – 36	37 – 41	>41
30-39	<23	23 – 27	28 – 31	32 – 36	37 – 40	>40
40-49	<21	21 – 24	25 – 28	29 – 32	33 – 36	>36
50-59	<20	20 – 22	23 – 26	27 – 31	32 – 35	>35
60+	<17	17 – 19	20 – 24	25 – 29	30 – 31	>31

Normative data (Heywood 1998)^[6] for Male (values in ml/kg/min)

Age	Very Poor	Poor	Fair	Good	Excellent	Superior
13-19	<35	35 – 37	38 – 44	45 – 50	51 – 55	>55
20-29	<33	33 – 35	36 – 41	42 – 45	46 – 52	>52
30-39	<31	31 – 34	35 – 40	41 – 44	45 – 49	>49
40-49	<30	30 – 32	33 – 38	39 – 42	43 – 47	>48
50-59	<26	26 – 30	31 – 35	36 – 40	41 – 45	>45
60+	<20	20 – 25	26 – 31	32 – 35	36 – 44	>44

Normative data for VO₂ max in 2005

Normative data (Heywood 2006)^[7] for Female (values in ml/kg/min)

Age	Poor	Fair	Good	Excellent	Superior
20 – 29	<36	36 – 39	40 – 43	44 – 49	>49
30 – 39	<34	34 – 36	37 – 40	41 – 45	>45
40 – 49	<32	32 – 34	35 – 38	39 – 44	>44
50 – 59	<25	25 – 28	29 – 30	31 – 34	>34
60 – 69	<26	26 – 28	29 – 31	32 – 35	>35
70 – 79	<24	24 – 26	27 – 29	30 – 35	>35

Normative data (Heywood 2006)^[7] for Male (values in ml/kg/min)

Age	Poor	Fair	Good	Excellent	Superior
20 – 29	<42	42 – 45	46 – 50	51 – 55	>55
30 – 39	<41	41 – 43	44 – 47	48 – 53	>53
40 – 49	<38	38 – 41	42 – 45	46 – 52	>52
50 – 59	<35	35 – 37	38 – 42	43 – 49	>49
60 – 69	<31	31 – 34	35 – 38	39 – 45	>45
70 – 79	<28	28 – 30	31 – 35	36 – 41	>41

% HR_max and %VO₂ max

It is possible to estimate your exercise intensity as a percentage of VO₂ max from your training heart rate. A study by David Swain et al. (1994)^[1] using statistical procedures examined the relationship between %HR_max and %VO₂ max. Their results led to the following regression equation:

• %HR_max = 0.64 × %VO₂ max + 37

The relationship has been shown to hold true across sex, age and activity.

Calculator

The following calculator will do the conversion for you. Enter a value, select the parameter (HR_max or VO₂ max) and then select the “Calculate” button.

Value =  % MHR VO2max =  %

%VO₂ max and Speed

% of VO2 max	Speed
50	Very slow running
60	Slow running
70	Steady running
80	Half Marathon speed
90	10 km speed
95	5 km speed
100	3 km speed
110	1500 metres to 800 metres speed

Free Calculator

• %VO₂ max to %HR_max Calculator – a free Microsoft Excel spreadsheet which you can download and use on your computer. The spreadsheet will be loaded into a new window.

 

 

 

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References

1. SWAIN et al. (1994) Target HR for the development of CV fitness. Medicine & Science in Sports & Exercise, 26 (1), p. 112-116
2. WILMORE, J.H. and COSTILL, D.L. (2005) Physiology of Sport and Exercise. 3rd ed. Champaign, IL: Human Kinetics
3. SALTIN, B. and ROWELL, L.B. (1980) Functional adaptations to physical activity and inactivity. Federation Proceeding. 39 (5), p. 1506-1513
4. GOLLNICK, P.D. et al. (1972) Enzyme activity and fiber composition in skeletal muscle of untrained and trained men. J Appl Physiol., 33 (3), p. 312-319
5. JACKSON, A.S. et al. (1995) Changes in aerobic power of men, ages 25-70 yr. Med Sci Sports Exerc., 27 (1), p. 113-120
6. HEYWOOD, V. (1998) The Physical Fitness Specialist Certification Manual, The Cooper Institute for Aerobics Research, Dallas TX, revised 1997. In: HEYWOOD, V (1998) Advance Fitness Assessment & Exercise Prescription, 3rd Ed. Leeds: Human Kinetics. p. 48
7. HEYWOOD, V. (2006) The Physical Fitness Specialist Manual, The Cooper Institute for Aerobics Research, Dallas TX, revised 2005. In: HEYWOOD, V (2006) Advanced Fitness Assessment and Exercise Prescription, Fifth Edition, Champaign, IL: Human Kinetics.
8. FRENCH, J. and LONG, M. (2012) How to improve your VO₂max. Athletics Weekly, November 8 2012, p.53
9. UTH, N. et al. (2004) Estimation of VO₂ max from the ratio between HR_max and HR_rest – the Heart Rate Ratio Method”. Eur J Appl Physiol. 91(1), p.111-115
10. REXHEPI, A. M. et al. (2014) Prediction of vo2max based on age, body mass, and resting heart rate. Human Movement. 15 (1), p. 56-59.

Related References

The following references provide additional information on this topic:

• BELTRAN, L. et al. (2014) Prediction of VO2max Using Serial 400-m Running Times in Male Collegiate Soccer Players. Journal of Kinesiology and Nutrition Student Research, 2
• HAUGEN, T. A. et al. (2014) VO2max Characteristics of Elite Female Soccer Players, 1989-2007.International journal of sports physiology and performance, 9 (3), p. 515-521
• Matsuo, T. et al. (2014) Effects of a low-volume aerobic-type interval exercise on VO2max and cardiac mass. Medicine and science in sports and exercise, 46 (1), p. 42-50

Page Reference

If you quote information from this page in your work, then the reference for this page is:

• MACKENZIE, B. (2001) VO₂ max [WWW] Available from: https://www.brianmac.co.uk/VO2max.htm [Accessed 11/7/2018]

Related Pages

The following Sports Coach pages provide additional information on this topic:

• Articles on Physiology
• Books on Physiology
• Cardiovascular System
• Energy Pathways
• Evaluation Tests
• Maximum Heart Rate
• vVO₂max and tlimVO₂max

 

Additional Sources of Information

For further information on this topic see the following:

• BEASHEL, P. and TAYLOR, J. (1996) Advanced Studies in Physical Education and Sport. UK: Thomas Nelson and Sons Ltd.
• BEASHEL, P. and TAYLOR, J. (1997) The World of Sport Examined. UK: Thomas Nelson and Sons Ltd.
• BIZLEY, K. (1994) Examining Physical Education. Oxford; Heinemann Educational Publishers
• DAVIS, B. et al. (2000) Physical Education and the Study of Sport. UK London: Harcourt Publishers Ltd.
• GALLIGAN, F. et al. (2000) Advanced PE for Edexcel. Oxford; Heinemann Educational Publishers
• McARDLE, W. et al. (2000) Essentials of Exercise Physiology. 2nd ed. Philadelphia: Lippincott Williams and Wilkins

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Heart Rate Zones

Heart rate training zones are calculated by taking into consideration your Maximum Heart Rate (HR_max) and your Resting Heart Rate(HR_rest). Within each training zone, subtle physiological effects take place to enhance your fitness.

The Energy Efficient or Recovery Zone – 60% to 70%

Training within this zone develops basic endurance and aerobic capacity. All easy recovery running should be completed at a maximum of 70%. Another advantage to running in this zone is that while you are happily fat burning you may lose weight and you will be allowing your muscles to re-energise with glycogen, which has been expended during those faster paced workouts.

 

 

The Aerobic Zone – 70% to 80%

Training in this zone will develop your cardiovascular system. The body’s ability to transport oxygen to, and carbon dioxide away from, the working muscles can be developed and improved. As you become fitter and stronger from training in this zone it will be possible to run some of your long weekend runs at up to 75%, so getting the benefits of some fat burning and improved aerobic capacity.

The Anaerobic Zone – 80% to 90%

Training in this zone will develop your lactic acid system. In this zone, your individual anaerobic threshold (AT) is found – sometimes referred to the point of deflection (POD). During these heart rates, the amount of fat being utilised as the main source of energy is greatly reduced and glycogen stored in the muscle is predominantly used. One of the by-products of burning this glycogen is lactic acid. There is a point at which the body can no longer remove the lactic acid from the working muscles quickly enough. This is your anaerobic threshold (AT). Through the correct training, it is possible to delay the AT by being able to increase your ability to deal with the lactic acid for a longer period of time or by pushing the AT higher.

The Red Line Zone 90% to 100%

Training in this zone will only be possible for short periods. It effectively trains your fast twitch muscle fibres and helps to develop speed. This zone is reserved for interval running and only the very fit are able to train effectively within this zone.

Heart rate variations for a given intensity

A reduction in heart rate for a given intensity is usually due to an improvement in fitness but a number of other factors might explain why heart rates can vary for a given intensity:

• Dehydration can increase the heart rate by up to 7.5%
• Heat and humidity can increase the heart rate by 10 beats/minute
• Altitude can increase the heart rate by 10 to 20%, even when acclimatised
• Biological variation can mean the heart rate varies from day to day by 2 to 4 beats/minute

Resting Heart Rate

To determine your resting heart rate (HR_rest) is very easy. Find somewhere nice and quiet, lie down and relax. Position a watch or clock where you can clearly see it whilst lying down. After 20 minutes determine your resting pulse rate (beats/min). Use this value as your (HR_rest).

If you have a heart rate monitor, then put it on before you lie down. After the 20 minutes check the recordings and identify the lowest value achieved. Use this value as your HR_rest.

The heart is a muscle so with regular exercise it will become larger and become more efficient as a pump. As a result, you will find your resting heart rate gets lower so you will need to check your HR_rest on a regular basis (e.g. Monthly).

Calculation of a zone value

The calculation of a zone value, X%, is performed in the following way:

• Subtract your HR_restfrom your HR_max giving us your reserve heart rate (HR_reserve)
• Calculate the required X% on the HR_reserve giving us “Z”
• Add “Z” and your HR_rest together to give us the final value

Example: The athlete’s HR_max is 180 and their HR_rest is 60 – determine the 70% value

• HR_max – HR_rest = 180 – 60 = 120
• 70% of 120 = 84
• 84 + HR_rest = 84 + 60 = 144 bpm

 

 

Training Zone Heart Rate Calculator

Please remember that any equation used to determine your maximum heart rate (HR_max) is only a best guess and not a guarantee of your true HR_max value. The use of an equation implies that everyone of the same age has the same HR_max, which is not the case. To determine your true HR_max you should consider conducting a Stress Test.

The calculator determines your HR_max based on the equation: 217 – (age × 0.85) (Miller et al. 1993)^[1]

If you know your true HR_max then adjust your “Age” so that the correct value appears in the “Max Heart Rate” window.

Enter your age, resting heart rate, the lower and upper training zone values (%) and then select the ‘Calculate’ button.

Age years Max Heart Rate bpm Resting Heart Rate bpm Reserve Heart Rate bpm Lower Training Zone % which is a Heart Rate of bpm Upper Training Zone % which is a Heart Rate of bpm Estimated VO2 max  ml/kg/min

VO₂ max – using heart rates

Research by Uth et al. (2004)^[2] found that VO₂ max can be estimated indirectly from an individual’s maximum heart rate (HR_max) and resting heart rate (HR_rest) with an accuracy that compares favourably with other common VO₂ max tests. It is given by:

• VO₂ max = 15 x (HR_max ÷ HR_rest)

Free Calculator

• Training Zone Heart Rate Calculator – a free Microsoft Excel spreadsheet that you can download and use on your computer. The spreadsheet will be loaded into a new window.

Taipei Asian Open 2018

Бронзов медал за Даниел Дичев от Азия джудо оупън за мъже и жени- 7 и 8 юли, 2018

European Judo Cup Celje 2018

European Judo Cup Celje 2018
-63 kg
1. DOI, Masako (JPN)
2. BENJAMINS, Michelle (NED)
3. BAZYNSKI, Nadja (GER) 
3. ILIEVA, Ivelina (BUL)
5. CACCHIONE, Chiara (ITA)
5. LUDVIK, Lia (SLO)
7. HREBENOZHKO, Yuliia (UKR)
7. POHL, Dena (GER)

13. to 16. September 2018 JUNIOR EUROPEAN JUDO CHAMPIONSHIPS – INDIVIDUAL & TEAM SOFIA, BULGARIA

European Judo Championships 2018

European Judo Championships 2018
-60 kg
1. YASHUEV, Islam (RUS)
2. GERCHEV, Yanislav (BUL)
3. MCKENZIE, Ashley (GBR) 
3. MUDRANOV, Beslan (RUS)
5. LESYUK, Artem (UKR)
5. PAPINASHVILI, Amiran (GEO)
7. GARRIGOS, Francisco (ESP)
7. SZABO, Csaba (HUN)