DOI: 10.5281/zenodo.17826877
title: Kuopio Full-Body Dataset

description: Kuopio Full-Body Dataset

The Kuopio Full-Body Dataset includes 13 willing participants who visited the HUMEA laboratory at the University of Eastern Finland, Kuopio, Finland. The measurements were conducted between March and September 2025. The dataset contains 18 full-body, multi-modality motions measured with:



optical motion capture (Vicon Nexus)

inertial measurement units (Xsens IMU sensors)

electromyography sensors (Delsys EMG sensors)


Movement List




#
label
description




1
static_cal
Static calibration (& IMUs)


2
dyn_sara
Dynamic SARA (x5)


3
dyn_score_hip
Dynamic SCoRE Hip


4
dyn_score_ankle
Dynamic SCoRE Ankle


5
crouch_lift
Crouch,lift (5x)


6
crouch_rotate
Crouch,lift, rotate (5x)


7
curls
Dumbbell curls async (10x)


8
kettlebell
Kettlebell swings (10x)


9
squats_deep
Deep squats (5x)


10
half_jacks
Half-jacks (10x)


11
squat_jumps
Squat, jump, squat (3x)


12
box_jabs
Boxing - lead fist jabs (10x)


13
box_combos
Boxing - 1-2 combos (10x)


14
chair_push_right
MVIC: Chair push right


15
chair_push_left
MVIC: Chair push left


16
arm_hang
MVIC: Flexed arm hang


17
heavy_lift
MVIC: Heavy object lift


18
back_fly
MVIC: Back Fly


19
side_fly
MVIC: Dumbbell side fly


20
walking
Treadmill walk [0.5-1.2 m/s] (60s)


21
jogging
Treadmill jog [1.0-2.0 m/s] (60s)


22
crab_walking
Treadmill crab walk [0.1-0.4 m/s] (60s)




Anthropometric Measurements

All length measurements are listed in centimeters (cm). Participant and object masses are listed in kilograms (kg). The distance between anatomical landmarks was measured with either a small bone caliper (<30cm) or a soft measurement tape (>30cm).




#
label
description




1
Femur Length
femural trochanter to the lateral femoral condyle


2
Tibia Length
lateral tibial condyle to the lateral malleolus


3
Knee Width
mediolateral knee width across the femoral condyles


4
Ankle Width
mediolateral ankle width across the malleoli


5
Foot Length
calcaneus to the head of the 1st metatarsal


6
Foot Width
metatarsal width


7
Hip Width
inter-ASIS distance


8
Torso Length
iliac crest to C7


9
Torso Width
between acromia


10
Humerus Length
acromion to the lateral humeral epicondyle


11
Forearm Length
medial radial epicondyle to the radiocarpal joint


12
Elbow Width
mediolateral elbow width across humeral epicondyles


13
Wrist Width
mediolateral wrist width across ulnar and radial styloids


14
Hand Thickness
dorsally at the level of the metacarpals




Manual Joint Angle Measurements (During Static Calibration)




#
label
description




1
Knee Flexion
sagittal plane (hyperextension = negative)


2
Knee Adduction
frontal plane (out = negative, in = positive)


3
Ankle Rotation
out = positive in = negative


4
Elbow Flexion
hyperextension = negative




Optical Capture Setup - Participant

Vicon Nexus (version 2.16) software to capture data from:



10 Vicon Vero cameras (Vicon Motion Systems Ltd, UK) at 1000 Hz

2 OR6-7MA all-aluminum floor-embedded AMTI force platforms at 2400 Hz; Dimensions: 464 mm x 508 mm; MA= "mini amp" AMTI's signal amplifier which is inside the force plates (Advanced Mechanical Technology, Inc., Watertown, Massachusetts, USA)

1 BMS464508HF-2K floor-embedded AMTI force platforms at 2400 Hz; Dimensions: 464 mm x 508 mm; HF= High Frequency with composite top (Advanced Mechanical Technology, Inc., Watertown, Massachusetts, USA)

2 embedded force plates in a Motek M-gait Research split-belt treadmill (Motek Medical B.V., Amsterdam, Netherlands) at 2400 Hz

22 Delsys Wireless EMG sensors (describe below) at 2400 Hz





#
id
label
description




1
LBHD
Left Back Head
Headband marker


2
RBHD
Right Back Head
IMU Headband marker


3
RFHD
Right Front Head
Headband marker


4
LFHD
Left Front Head
Headband marker


5
C7
7th Cervical Vertebra
Upper spine marker


6
T10
10th Thoracic Vertebra
Mid-spine marker


7
CLAV
Clavicle
Suprasternal notch area


8
STRN
Sternum
Upper chest marker


9
RBAK
Right Back
 


10
LSHO
Left Shoulder
Acromion process


11
LUPA
Left Upper Arm
Proximal humerus


12
LELB
Left Elbow
Lateral epicondyle


13
LFRM
Left Forearm
Mid-forearm


14
LWRA
Left Wrist A
Radial styloid process


15
LWRB
Left Wrist B
Ulnar styloid process


16
LFIN
Left Finger
 


17
RSHO
Right Shoulder
Acromion process


18
RUPA
Right Upper Arm
Proximal humerus


19
RELB
Right Elbow
Lateral epicondyle


20
RFRM
Right Forearm
Mid-forearm


21
RWRA
Right Wrist A
Radial styloid process


22
RWRB
Right Wrist B
Ulnar styloid process


23
RFIN
Right Hand
 


24
LASI
Left ASIS
Anterior superior iliac spine


25
RASI
Right ASIS
Anterior superior iliac spine


26
LPSI
Left PSIS
Posterior superior iliac spine


27
IMU_PELVIS
Pelvis IMU
Inertial sensor on pelvis


28
RPSI
Right PSIS
Posterior superior iliac spine


29
LTHI
Left Thigh
Mid-thigh marker


30
LTHAP
Left Thigh Anterior Proximal
Upper anterior thigh


31
LTHAD
Left Thigh Anterior Distal
Lower anterior thigh


32
LKNE
Left Knee
Lateral femoral epicondyle


33
LKNM
Left Knee Medial
Medial femoral epicondyle


34
LTIB
Left Tibia
Mid-tibia marker


35
LTIAP
Left Tibia Anterior Proximal
Upper anterior tibia


36
LTIAD
Left Tibia Anterior Distal
Lower anterior tibia


37
IMU_LTIB
Left Tibia IMU
Inertial sensor on left tibia


38
LANK
Left Ankle
Lateral malleolus


39
LMED
Left Medial Ankle
Medial malleolus


40
LHEE
Left Heel
Calcaneus


41
LTOE
Left Toe
2nd metatarsal base


42
LFMH
Left First Metatarsal Head
Medial forefoot marker


43
LSMH
Left Second Metatarsal Head
Central forefoot marker


44
LVMH
Left Fifth Metatarsal Head
Lateral forefoot marker


45
RTHI
Right Thigh
Mid-thigh marker


46
RTHAP
Right Thigh Anterior Proximal
Upper anterior thigh


47
RTHAD
Right Thigh Anterior Distal
Lower anterior thigh


48
RKNE
Right Knee
Lateral femoral epicondyle


49
RKNM
Right Knee Medial
Medial femoral epicondyle


50
RTIB
Right Tibia
Mid-tibia marker


51
RTIAP
Right Tibia Anterior Proximal
Upper anterior tibia


52
RTIAD
Right Tibia Anterior Distal
Lower anterior tibia


53
IMU_RTIB
Right Tibia IMU
Inertial sensor on right tibia


54
RANK
Right Ankle
Lateral malleolus


55
RMED
Right Medial Ankle
Medial malleolus


56
RHEE
Right Heel
Calcaneus


57
RTOE
Right Toe
2nd metatarsal base


58
RFMH
Right First Metatarsal Head
Medial forefoot marker


59
RSMH
Right Second Metatarsal Head
Central forefoot marker


60
RVMH
Right Fifth Metatarsal Head
Lateral forefoot marker




Optical Capture Setup - Storage Tote

The workplace ergonomics tasks involve lifting a plastic storage tote. The tote has:



a mass of 12 kg

a height of 28 cm, length of 55 cm and a width of 39 cm

3-4 optical markers attached to the sides





#
id
label
description




1
TLFT
Tote Left Front Top
Storage Tote


2
TLFB
Tote Left Front Bottom
Storage Tote


3
TRFT
Tote Right Front Top
Storage Tote


4
TRSB
Tote Right Side Bottom
Storage Tote




Optical Capture Setup - Punching Bag

The boxing tasks involved adding a punching bag to the capture volume. The punching bag has:



a mass of 40 kg

a circumference of 100 cm and a height of 150 cm

7 optical markers attached





#
id
label
description




1
BBS
Bag Back Seam
Punching Bag


2
BMS
Bag Middle Seam
Punching Bag


3
BBR
Bag Bottom Right
Punching Bag


4
BRF
Bag Right Front
Punching Bag Logo


5
BRB
Bag Right Back
Punching Bag Logo


6
BLF
Bag Left Front
Punching Bag Logo


7
BLB
Bag Left Back
Punching Bag Logo




EMG Sensor Setup. (Q = Quattro Sensor)

A total of 22 channels of EMG data were collected from 14 physical sensor units. EMGs are placed according to the SENIAM (http://seniam.org) guidelines. The Delsys (Delsys, Natick, Massachusetts, USA) Trigno wireless EMG system has:



12 Avanti dry sensors

2 Snap Lead wet sensors

2 Quattro (4 channel) sensors





#
id
label
side
description
sensor




1
56697
1
right
VL – Vastus Lateralis
Avanti


2
57644
2
left
VL – Vastus Lateralis
Avanti


3
57648
3
right
RF – Rectus Femoris
Avanti


4
56691
4
left
RF – Rectus Femoris
Avanti


5
56748
5
right
VM – Vastus Medialis
Avanti


6
55485
6
left
VM – Vastus Medialis
Avanti


7
85724
7
right
BF – Biceps Femoris
Avanti


8
85724
8
left
BF – Biceps Femoris
Avanti


9
57583
9
right
ST – Semitendinosus
Avanti


10
58147
10
left
ST – Semitendinosus
Avanti


11
55128
11
right
LD – Latissimus Dorsi
Avanti


12
55176
12
left
LD – Latissimus Dorsi
Avanti


13
57176
13
right
GM – Gluetus Medius
Snap Lead


14
61514
14
left
GM – Gluetus Medius
Snap Lead


15
62782
Q1.1
right
TT – Trapezius Transversalis
blue


16
62782
Q1.2
right
DM – Deltoideus Medius
yellow


17
62782
Q1.3
right
TA – Trapezius Ascendens
green


18
62782
Q1.4
right
TD – Trapezius Descendens
black


19
62780
Q2.1
left
TT – Trapezius Transversalis
blue


20
62780
Q2.2
left
DM – Deltoideus Medius
yellow


21
62780
Q2.3
left
TA – Trapezius Ascendens
green


22
62780
Q2.4
left
TD – Trapezius Descendens
black




IMU Sensor Setup

The Xsens MT Manager 2022.2 (Movella Inc, Henderson, NV, USA) wireless IMU system has:



13 MTw Awinda wireless IMU sensors at 60 Hz on the participant

1 sensor on the bottom of the punching during the boxing trials





#
id
label
side
segment




1
00B42D51
FOOT-L
left
foot


2
00B42D48
FOOT-R
right
foot


3
00B42D53
lLEG-L
left
shank


4
00B42D4E
lLEG-R
right
shank


5
00B42D4D
uLEG-L
left
upper leg


6
00B42DA2
uLEG-R
right
upper leg


7
00B42DA3
PELV
 
pelvis


8
00B42D44
STERN
 
sternum


9
00B42D56
uARM-L
left
upper arm


10
00B42D32
uARM-R
right
upper arm


11
00B42D46
fARM-L
left
forearm


12
00B42D4F
fARM-R
right
forearm


13
00B42D4B
HEAD
 
head


14
00B42D54
SHOU-L
 
punching bag




Ethics Statement

The University of Eastern Finland Committee on Research Ethics (statement no. 2/2025) reviewed and approved this study and its data management practices. All participants were volunteers who gave their informed consent to participate. The measurements were performed in accordance with the Declaration of Helsinki.

Acknowledgments

This work was supported by:



the Finnish Ministry of Education and Culture's Pilot for Doctoral Programs (Pilot project Mathematics of Sensing, Imaging, and Modeling)

the Research Council of Finland under funding decision number 349469

Biocenter Kuopio is acknowledged for financial and infrastructural support


Contact

Alexander Beattie, alexander.beattie@uef.fi