Publication date: 2026-07-17

Evidence of use: Ten participants performed laboratory occupational tasks with loadsol three-region force measurements and inertial sensors for an activity-aware fatigue modelling framework.

Publication date: 2026 (citation year; exact publication date not verified)

Sample: 19 Achilles rupture patients; healthy-control data also used

Evidence of use: Author preprint methods explicitly place a three-part Loadsol insole inside the immobilizing boot to supply force-based tendon-load reference estimates.

Publication date: 2026 (citation year; exact publication date not verified)

Sample: 87 participants: 36 pronated-foot group and 51 controls

Evidence of use: Methods section 2.3 explicitly identifies novel loadsol three-region insoles in standardized shoes, sampled at 100 Hz during walking.

Publication date: 2026-10-17

Sample: 22 healthy adults; 11 younger than 50 years and 11 aged 50 years or older

Evidence of use: Methods identify a Loadsol wireless insole in the stance-foot shoe, calibrated for each participant and recording total plantar force at 100 Hz during unaided walking and walking with crutches, a standard walker and a wheeled knee walker. Peak stance-limb force was analysed from 30–60 seconds of each two-minute walk.

Publication date: 2026-10-13

Sample: 20 recreational female runners; 12,957 right-foot strides

Evidence of use: Methods identify a loadsol Pro force-sensing insole recording right-foot force at 200 Hz throughout a continuous 1600 m outdoor track run. Force–time curve morphology was used to classify every recorded stride as a heel, midfoot or forefoot strike.

Publication date: 2026-10-12

Sample: 22 healthy male recreational runners

Evidence of use: Methods identify Loadsol in-shoe sensors sampled at 100 Hz to calculate vertical average loading rate while participants ran on concrete, rubber track and artificial turf; Xsens inertial sensors separately measured lower-limb kinematics.

Publication date: 2026-08-26

Sample: One experienced male cyclist

Evidence of use: The experimental Methods explicitly identify Loadsol insoles measuring three regions during cycling. The measured forces and derived centre-of-pressure information were used with motion data in an OpenSim analysis.

Publication date: 2026-08-24

Sample: 38 physically active men

Evidence of use: Methods section 2.4 states that Loadsol insoles in standardized running shoes recorded vertical ground reaction force at 100 Hz.

Publication date: 2026-08-04

Sample: 18 enrolled; 17 completed

Evidence of use: Section 2.4.2 identifies loadsol insoles (Novel GmbH, Munich, Germany) worn during the 6-minute walk test. Vertical ground reaction force recordings were used to calculate temporal and loading symmetry (Section 2.6).

Publication date: 2026-08-02

Sample: Community-dwelling adults aged 65 years or older

Evidence of use: The primary abstract explicitly identifies in-shoe loadsol measurements during 10-m walking. Plantar-loading measures were related to changes in knee and hip pain at one year.

Publication date: 2026-07-21

Sample: 31 younger and 71 older adults

Evidence of use: The gait-kinematics Methods explicitly identify loadsol 1–184 insole sensors recording ground-reaction forces at 200 Hz, alongside an inertial sensor, during uneven-terrain walking.

Publication date: 2026-05-28

Sample: 31 runners

Evidence of use: Primary abstract reports concurrent Loadsol, Blue Trident, RunScribe and AMTI recordings during two 8-minute running sessions.

Publication date: 2026-05-03

Sample: 37 older women

Evidence of use: The Gait subsection explicitly places Loadsol Pro insoles in ASICS JOLT3 shoes. Hindfoot, midfoot and forefoot forces were recorded at 100 Hz, alongside shoe-mounted Xsens DOT inertial sensors.

Publication date: 2026-04-30

Evidence of use: The article explicitly describes a loadsol insole sensor recording gait events. Heel-strike/toe-off information supports the analysis of EEG responses during walking and visual occlusions.

Publication date: 2026-04-20

Sample: 16 participants (12 women)

Evidence of use: The Methods explicitly describe three-compartment Loadsol Pro insoles recording forces at 100 Hz during walking in virtual environments and cognitive-task conditions.

Publication date: 2026-03-17

Evidence of use: Outcome-parameters section explicitly identifies wireless Loadsol insoles for standardized ward gait analysis and operated-limb average peak force.

Publication date: 2026-03-11

Evidence of use: The primary Methods explicitly identify LoadSol Pro insoles recording forces at 200 Hz during 30-minute treadmill running, comparing familiar and unfamiliar shoes.

Publication date: 2026-03-01

Evidence of use: Loadsol was taped to the dynamometer footplate to measure forefoot, midfoot and heel forces during passive and active plantarflexor trials in 11 HSD/hEDS participants and 11 controls.

Publication date: 2026-02-18

Sample: 15 individuals with Achilles tendinopathy

Evidence of use: At-home experiment explicitly used Loadsol Pro 2 HMF insoles with heel, midfoot and forefoot sensors to monitor plantar contact forces for up to two weeks.

Publication date: 2026-02-11

Sample: 5 healthy participants and 1 injured participant

Evidence of use: Loadsol sensors beneath the foot and orthosis quantified forces during walking with alternative proximal cuff designs.

Publication date: 2026-01-30

Evidence of use: Participants were fitted with loadsol insoles before the walking trials; force measurements quantified weight-bearing symmetry.

Publication date: 2026-01-19

Evidence of use: The paper explicitly identifies Loadsol 1–184 sensors recording ground-reaction forces at 200 Hz in the gait-kinematics and EEG-processing methods. These measurements define foot strikes and synchronize force, inertial and EEG recordings.

Publication date: 2026-01-12

Sample: 14 runners

Evidence of use: Section 2.4.2 identifies loadsol posterior/central/anterior insoles; plantar forces were sampled at 200 Hz during three shoe-density conditions and multiple treadmill speeds.

Publication date: 2025-12-23

Sample: 20 randomized; 18 completed

Evidence of use: The study identifies the Novel Loadsol insole and reports actual home-based loading-rate biofeedback after unilateral knee arthroplasty.

Publication date: 2025-11-22

Evidence of use: Seventeen runners completed five treadmill conditions and eight overground activities; loadsol measured external plantar normal force at100 Hz during treadmill trials to relate force measures to pelvic acceleration.

Publication date: 2025-11-13

Evidence of use: A loadsol insole in the participant’s right shoe measured plantar normal forces at 100 Hz for ten consecutive steps in each walking trial.

Publication date: 2025-08-26

Evidence of use: The primary abstract explicitly states that participants wore Loadsol Pro insoles during virtual-environment walking with and without an extemporaneous-speech task.

Publication date: 2025-08-21

Sample: 30 rearfoot-strike runners

Evidence of use: Loadsol recordings were used in estimating Achilles tendon force across ground-contact-time and cadence conditions.

Publication date: 2025-03-24

Evidence of use: Twenty-two unilateral lower-limb prosthesis users wore bilateral three-sensor loadsol insoles during walking for comparisons of force-based gait measures between retrospective fallers and non-fallers.

Publication date: 2025-12-29

Sample: 20 adults

Evidence of use: Loadsol measurements were compared with force plates across two blocks of overground walking trials.

Publication date: 2025-11-10

Sample: 31 younger and 71 older adults

Evidence of use: Section 2.4 of the primary paper explicitly names loadsol 1–184 insole sensors; measured forces and a 20-N threshold define foot strike and toe-off for gait and EEG analyses.

Publication date: 2025-10-23

Sample: 36 patients

Evidence of use: Primary abstract reports repeated gait analysis using loadsol after tibial-shaft spiral-fracture fixation.

Publication date: 2025-10-08

Evidence of use: A loadsol insole affixed to the dynamometer footplate recorded three-region forces at 100 Hz for ankle-moment calculation.

Publication date: 2025-08-31

Evidence of use: Thirty-four healthy university students walked on natural turf, artificial turf and wooden decking. Novel loadsol measured three-region plantar loading at 0.01-second intervals in standardized sandals. The original article relates loading and physiological/psychological responses to surface conditions.

Publication date: 2025-08-06

Sample: 11 runners

Evidence of use: Methods report loadsol posterior, central and anterior force measurements sampled at 200 Hz during imposed treadmill foot-strike conditions.

Publication date: 2025-07-15

Sample: 12 collegiate runners

Evidence of use: Three-region loadsol forces recorded at three running speeds were used to detect foot-strike patterns.

Publication date: 2025-07-10

Evidence of use: Ground reaction force data were collected with loadsol smart insoles and combined with inertial and galvanic-skin-response measurements to classify gait environments using a feed-forward neural network.

Publication date: 2025-06-23

Evidence of use: Fourteen trained women performed Smith-machine squats and leg press sessions; loadsol measured normal force under standardized footwear for external-effort and work calculations.

Publication date: 2025-05-11

Evidence of use: The experimental Methods explicitly identify bilateral three-zone loadsol insoles recording at 200 Hz during running on the lower-body positive-pressure treadmill.

Publication date: 2025-04-24

Sample: 31 younger and 59 older adults

Evidence of use: The primary Methods explicitly identify loadsol 1–184 insole sensors recording forces at 200 Hz for gait events and synchronization with EEG and inertial measurements.

Publication date: 2025-04-17

Evidence of use: Commercial loadsol-ap insoles were worn in separate walking trials over a force plate as a comparator for a new3D-printed pneumatic insole.

Publication date: 2025-03-01

Sample: 60 healthy participants

Evidence of use: Interventions section explicitly states that all participants wore Loadsol in both shoes; randomized biofeedback versus standard-care training.

Publication date: 2025-01-23

Sample: 12 female runners

Evidence of use: Methods page 4 identifies LoadSol Pro insoles collecting bilateral force data at 200 Hz under cushioned and minimalist footwear conditions.

Publication date: 2025-01-19

Evidence of use: The Methods explicitly identify loadsol sensors beneath the backpack shoulder straps, with foam underneath, to measure strap forces at 100 Hz. Trials assessed different backpack loads.

Publication date: 2024-12-22

Sample: 138 participants randomized

Evidence of use: MOVE participants used loadsol insoles with an iOS application for real-time visual weight-bearing symmetry feedback during clinic and home activities. The completed randomized trial reports clinical and gait outcomes.

Publication date: 2024-12-16

Sample: 37 patients

Evidence of use: The primary abstract explicitly identifies Loadsol (Novel GmbH) for postoperative mobility assessments comparing screw fixation with additional iFuse stabilization.

Publication date: 2024-09-16

Evidence of use: Force-sensing loadsol insoles assessed walking kinetics six months after ACL reconstruction across graft groups.

Publication date: 2024-10

Sample: 60 randomized participants

Evidence of use: Three-sensor loadsol insoles measured bilateral loading during three 10 m walking trials. Weight-acceptance and push-off peak-force symmetry were analyzed at baseline and follow-up.

Publication date: 2024-10-16

Sample: 10 healthy adults

Evidence of use: Study Design explicitly names Loadsol II acp (Novel), placed under the foot in shoes/boots, with 100 Hz data streamed over Bluetooth.

Publication date: 2024-09-20

Sample: 72 young adults

Evidence of use: Abstract specifies loadsol sensors at 200 Hz during walking, stair ascent/descent and sit-to-stand.

Publication date: 2024-08-29

Evidence of use: Twenty young adults performed treadmill walking at five speeds with loadsol, permitting comparison of regional forces and contact times and their repeatability.

Publication date: 2024-08-04

Sample: 63 recruited; 47 follow-up participants

Evidence of use: The authors' full-text preprint identifies loadsol for the measured regional and whole-foot loading asymmetry; final journal article reports the same device-based investigation.

Publication date: 2024-07-05

Sample: 10 healthy participants

Evidence of use: Loadsol and instrumented-pedal measurements were compared during stationary cycling at three resistance loads.

Publication date: 2024-06-17

Evidence of use: Loadsol measured human ground-contact force signals at100 Hz; these measured inputs were used to reconstruct human-induced loading with an electrodynamic shaker and iterative neural-network control.

Publication date: 2024-05-27

Sample: 39 patients: 25 bipolar hemiarthroplasty, 14 total hip arthroplasty

Evidence of use: Force-sensing insoles recorded bilateral plantar forces during postoperative 40 m walking and turning. Methods describe Bluetooth tablet capture with loadsol software 1.4.72 and per-measurement calibration; force maxima and averages were analyzed.

Publication date: 2024-05-03

Evidence of use: Nine healthy participants were measured using loadsol during walking with three carbon-fiber orthosis designs; forefoot, midfoot, hindfoot and total-foot peak force and impulse were analysed.

Publication date: 2024-03-26

Sample: 44 at baseline; 37 during four-day real-world monitoring

Evidence of use: Full text describes daily loadsol force records; the discussion explicitly reports using loadsol pro for three participants.

Publication date: 2024-03-19

Evidence of use: Three-region loadsol insoles recorded at 100 Hz and provided a 50 N gait-event reference for synchronization. The reported outsole compression and shear outcomes were measured with force plates, not loadsol.

Publication date: 2024-02-09

Sample: 15 participants

Evidence of use: Walking biomechanics methods explicitly report loadsol insoles at 100 Hz and processing with the Loadsol Analysis Program.

Publication date: 2024-02-06

Sample: 32 younger adults

Evidence of use: The primary Methods explicitly identify loadsol 1–184 insole sensors recording ground-reaction forces at 200 Hz for gait-event timing during walking/EEG experiments.

Publication date: 2024-02-02

Sample: 20 participants

Evidence of use: Author-institution abstract explicitly reports 20 subjects wearing loadsol during five occupational tasks.

Publication date: 2024-02-01

Evidence of use: Data recordings section specifies Loadsol instrumented insoles at 100 Hz in standardized running shoes.

Publication date: 2023-10-28

Sample: 55 older adults

Evidence of use: Loadsol insoles at 100 Hz quantified limb loading during a 10-m walking test.

Publication date: 2022-03-16

Sample: 61 men

Evidence of use: Abstract and instrumentation methods specify loadsol recordings during 10-m walking in four combat-boot types, unloaded and with 20-kg load.

Publication date: 2023-11-17

Sample: 58 follow-up participants

Evidence of use: Loadsol assessed walking indoors, outdoors and on stairs at follow-up after surgically treated tibial plateau fracture.

Publication date: 2023-10-23

Sample: 10 participants

Evidence of use: A three-part loadsol insole recorded forces at 100 Hz inside the immobilizing boot, providing inputs for tendon-load estimation and comparison with wearable-sensor models.

Publication date: 2023-10-13

Evidence of use: Loadsol monitored compliance with nonweightbearing instructions and supplied a 50 N stance-phase reference for the hand-force analysis. The hand-force outcomes were measured with separate sensors.

Publication date: 2023-10-07

Evidence of use: Six elite bowlers performed six sets of twelve deliveries with loadsol insoles in both shoes to measure normal force during field bowling.

Publication date: 2023-09-08

Evidence of use: Eleven healthy young men performed sit-to-walk tasks with eight robotic-walker settings. The Methods explicitly identify Novel loadsol insoles for 100 Hz ground-reaction-force measurement. Force, center-of-gravity movement and muscle activity support analyses of the standing and walking phases.

Publication date: 2023-08-31

Evidence of use: Twelve adults walked on ordinary turf, urethane-modified turf and concrete in standardized sandals. Novel loadsol measured three foot regions every 0.01 s. Five participants were excluded for incorrect initial sensor settings, leaving seven force datasets for regional-load and impact-slope analysis.

Publication date: 2023-08-10

Evidence of use: Prospective pre/postoperative gait analysis used loadsol sensor insoles to measure loading during mobilization after iFuse treatment of geriatric posterior pelvic-ring fragility fractures.

Publication date: 2023-07-17

Sample: 8 military personnel

Evidence of use: Loadsol sensors inside military boots were compared with an instrumented treadmill under 25- and 35-kg loads on flat and sloped surfaces.

Publication date: 2023-05-19

Evidence of use: Nine healthy participants walked at five treadmill speeds using loadsol; force features were compared with model-estimated knee contact forces.

Publication date: 2023-04-28

Evidence of use: Human bouncing forces recorded with loadsol insoles supplied target signals for electrodynamic-shaker reconstruction.

Publication date: 2023-04-22

Sample: 2 recreational athletes

Evidence of use: Methods explicitly identify loadsol pro insoles, taped to bare feet, and concurrent Kistler force-plate recordings during jumps and drop landings.

Publication date: 2023-04-17

Evidence of use: Twenty adults ran at2.5 m/s while loadsol in the right shoe recorded force during the final minute for analyses relating tendon moment arms, muscle-tendon dynamics and energetic cost.

Publication date: 2023-03-24

Sample: 50 patients after TKA

Evidence of use: Size-adjusted loadsol insoles, calibrated with body weight, recorded plantar force during postoperative hallway walking and stair ascent/descent to test adherence to a 200 N loading restriction.

Publication date: 2023-02-09

Sample: 16 recruited; 13 analysed after GPS exclusions

Evidence of use: Loadsol insoles sampled at 100 Hz provided reference force waveforms during outdoor running for wearable-sensor models.

Publication date: 2023-01-19

Evidence of use: Six Singapore national weightlifters wore loadsol in-shoe sensors while performing snatches at80–90% of one-repetition maximum, with accompanying video-based kinematic analysis.

Publication date: 2022-12-23

Sample: 20 healthy adults

Evidence of use: Publisher abstract describes loadsol visual biofeedback in a randomized crossover study against an analog scale.

Publication date: 2022-12-19

Sample: 17 younger, 25 higher-functioning older and 29 lower-functioning older adults

Evidence of use: The Methods explicitly use loadsol in-shoe force sensors at 200 Hz and a force threshold to identify gait events. These timings are combined with sacral inertial data for gait-variability analyses.

Publication date: 2022-11-28

Sample: 9 in methods; 11 in abstract

Evidence of use: Experimental setup identifies Loadsol insoles recording at 100 Hz in the skiers' boots; insole forces supplied reference ski-contact events.

Publication date: 2022-08-24

Evidence of use: Bilateral loadsol insoles recorded forefoot, midfoot and rearfoot normal forces during unassisted walking and walking with crutches, a walker and a wheeled knee walker.

Publication date: 2022-08-02

Evidence of use: Eleven healthy young men performed sit-to-walk tasks with eight robotic-walker settings. Novel loadsol 2020-PRX insoles sampled ground-reaction force at 100 Hz to identify movement events alongside motion capture and electromyography. Results analyze movement phases and responses to walker settings.

Publication date: 2022-06-06

Sample: 10 healthy adults

Evidence of use: Abstract reports simultaneous three-sensor loadsol and pedar recordings in the right shoe during treadmill walking and running.

Publication date: 2022-03-13

Sample: 39 patients

Evidence of use: Loadsol insoles recorded lower-limb loading during walking four to seven days after admission.

Publication date: 2022-02-24

Evidence of use: Methods identify loadsol insoles sampling normal foot–shoe forces at 100 Hz for hip-arthroplasty patients and healthy controls.

Publication date: 2022-01-20

Evidence of use: Twenty-four participants were assigned to loadsol-based feedback or bathroom-scale training for a20-kg partial-weight-bearing target, with immediate and one-week walking retention tests.

Publication date: 2021-10-06

Sample: 15 healthy participants

Evidence of use: Primary abstract identifies loadsol (Novel, Germany) as the kinetic measurement system during walking on a ramp and treadmill.

Publication date: 2021-11-19

Evidence of use: Loadsol insoles sampled plantar force at83Hz to define stance phases during running at normal, simulated Martian and simulated Lunar gravity. Force data were synchronized with joint kinematics and muscle ultrasound.

Publication date: 2021-08-14

Evidence of use: One-Year Outcomes methods state patients wore standardized shoes containing single-sensor Loadsol insoles during the 6-minute walk test.

Publication date: 2021-08-09

Evidence of use: Loadsol insoles measured plantar forces and stance timing during normal-gravity and simulated 0.7 g running. These measurements supported the muscle–tendon analysis.

Publication date: 2021-08-01

Evidence of use: Fifteen recreational runners wore loadsol insoles in their usual shoes during two outdoor 2.4-mile runs; insole force data assessed the effect of cadence cueing.

Publication date: 2021-07-02

Evidence of use: Loadsol insoles quantified loading and symmetry under standardized versus participants' footwear conditions.

Publication date: 2021-04-18

Sample: 20 younger and 23 older adults

Evidence of use: Loadsol insoles recorded walking forces during flat, inclined and declined treadmill walking, alongside laboratory treadmill measurements.

Publication date: 2021-03-30

Sample: 10 trained male runners

Evidence of use: Article identifies Loadsol as the wireless force-sensing insoles used to record plantar force and contact time across 78 AlterG running conditions.

Publication date: 2021-03-19

Evidence of use: A loadsol insole measured the weightbearing foot during randomized walking-aid and unaided trials in 21 adults aged at least 50 years.

Publication date: 2021-02-05

Sample: 49 patients

Evidence of use: Loadsol insoles measured early postoperative weight bearing to compare augmented versus unaugmented fixation.

Publication date: 2021-01-18

Evidence of use: Loadsol recordings identified touchdown and toe-off during walking with and without 30% body-weight support in eight men. Events were defined with a 20 N threshold.

Publication date: 2020-11-25

Evidence of use: Experimental loadsol signals were used to predict foot-strike angles and classify foot-strike patterns.

Publication date: 2020-08-06

Sample: 22 patients

Evidence of use: Methods explicitly name the Loadsol insole sensor device by Novel, fitted to each participant and communicating via Bluetooth to an iPad.

Publication date: 2020-07-18

Evidence of use: Twenty-one older adults completed walking trials with three mobility aids and without an aid. The abstract explicitly identifies loadsol for regional and total plantar-force measurements.

Publication date: 2019 (citation year; exact publication date not verified)

Sample: 25 ACLR patients; 30 controls

Evidence of use: Primary abstract states single-sensor loadsol insoles sampled impact forces at 100 Hz during single, triple and crossover hops.

Publication date: 2019-08-07

Sample: 42 uninjured athletes

Evidence of use: Loadsol insole measurements during bilateral stop jumps were used to predict knee kinetic symmetry.

Publication date: 2019-08-05

Sample: 28 ACL-reconstructed athletes

Evidence of use: Loadsol recorded landing loads during return-to-sport hop tests with and without a brace and at subsequent follow-up.

Publication date: 2019-07-31

Sample: 6 transfemoral amputees

Evidence of use: Loadsol and laboratory force-platform recordings were compared in transfemoral amputees walking at three speeds.

Publication date: 2019-06-06

Evidence of use: Ten ski jumpers performed three jumps each while loadsol normal-force measurements identified landing timing and kinetics alongside inertial ski-position data.

Publication date: 2019-05-17

Sample: 47 older adults: 20 hip replacement; 27 intramedullary fixation

Evidence of use: Loadsol force-sensor insoles measured operated-limb loading during a defined walking assessment five days after surgery.

Publication date: 2019-05-03

Sample: 41 patients

Evidence of use: Primary abstract reproduced by the authors' institution explicitly identifies loadsol insole testing on the fifth postoperative day.

Publication date: 2019-04-29

Sample: 22 athletes; additional single-athlete exploratory analysis

Evidence of use: Methods explicitly report loadsol plantar-force insoles at 100 Hz during ski-jump landings; combined with IMUs in the exploratory second study.

Publication date: 2019-01-11

Sample: 30 participants; 10 also tested at 200 Hz

Evidence of use: Loadsol measurements were compared with treadmill forces during flat, inclined and declined walking and running; repeat visits tested reliability.

Publication date: 2018-11-14

Sample: 20 participants; separate 10-participant verification study

Evidence of use: The primary abstract explicitly identifies Novel Loadsol/Pedoped; insole and force-platform measurements were compared across locomotor tasks.

Publication date: 2018-11-22

Sample: 30 healthy athletes; 15 repeat-session participants

Evidence of use: Participants completed single hops and stop jumps with loadsol insoles while reference force plates recorded landings.

Publication date: 2018-06-06

Sample: 16 older hip-fracture patients and 18 younger ankle-fracture patients

Evidence of use: The publisher's article-specific Figure 1 caption identifies the PedoPed (loadsol) insole used for gait analysis, including a patient mobilized after trochanteric-fracture fixation. The abstract reports postoperative load measurements after partial-weight-bearing instruction.

Publication date: 2018-05-29

Evidence of use: Simultaneous loadsol (100 Hz) and force-plate recordings were compared during rearfoot- and forefoot-strike running.