MEASUREMENT LIBRARY

Measure List

A structured catalogue of measurement instruments relevant to falls efficacy and related fall-related psychological constructs. Measures are organised according to the construct and fall-related situation they primarily assess.

Similar terminology does not necessarily indicate conceptual equivalence. Instrument selection should begin with a clear definition of the construct and the purpose of measurement.

START WITH THE CONSTRUCT

Measure What You Intend to Understand

Falls efficacy, balance confidence, balance recovery confidence, safe-landing confidence, post-fall recovery confidence, fear of falling, concern about falling and perceived control represent related but distinguishable constructs.

Appropriate interpretation therefore depends on matching the instrument to the intended construct, population, setting and measurement purpose.

MULTIDIMENSIONAL

Falls Efficacy Across Prevention and Management

These instruments include perceived capability across more than one fall-related situation rather than focusing exclusively on balance maintenance or a single stage of a fall.

View multidimensional measures
Measure Developer Items Scoring Primary conceptual focus
Multidimensional Falls Efficacy Scale Soh et al., 2025 4 0–4; higher scores indicate greater confidence to prevent and manage falls. Balance confidence, balance recovery confidence, safe-landing confidence and post-fall recovery confidence.
Perceived Ability to Manage Risks of Falls or Actual Falls (PAMF) Tennstedt et al., 1998 5 1–4; higher scores indicate greater perceived ability to manage. Perceived ability to manage fall risks or actual falls.
Perceived Ability to Prevent and Manage Fall Risks (PAPMFR) Yoshikawa & Smith 6 1–5 response scale. Broad fall-related perceptions involving posture, walking, fall prevention and fall management.
Pre-fall domain

PRE-FALL DOMAIN

Balance Confidence

Measures in this section primarily address perceived capability or confidence in maintaining balance or undertaking activities without losing balance or falling.

View balance-confidence measures
Measure Developer Items Scoring Conceptualisation
Falls Efficacy Scale (FES) Tinetti et al., 1990 10 10-point continuum; 1 = very confident, 10 = not confident at all. Activities considered important for independent living among older adults.
Modified Falls Efficacy Scale Edwards & Lockett, 2008 11 1–3 confidence scale. Modification of the original FES.
Modified Falls Efficacy Scale Tennstedt et al., 1998 12 1–4; higher scores indicate greater confidence. Original FES items modified for an intervention study with two additional items.
Modified Falls Efficacy Scale Hellström & Lindmark, 1999 13 0–10 visual analogue response. Modified from the original FES.
Modified Falls Efficacy Scale Hill et al., 1996 14 0–10 visual analogue response. Modified from the FES with additional items.
Perceived Ability to Prevent and Manage Fall Risks Yoshikawa & Smith, 2019 6 1–5 response scale. Broad fall-related perceptions including prevention and management.
Gait Efficacy Scale Rosengren et al., 1998 8 1–10; higher values indicate greater confidence. Confidence in gait-related situations.
Modified Gait Efficacy Scale McAuley et al., 1997 10 1–10 confidence scale. Self-efficacy relating to gait and balance.
Perceived Control over Falling Tennstedt et al., 1998 4 1–4; higher scores indicate greater control. Perceived control over falling.
Perceived Ability to Manage Risk of Falls or Actual Falls Tennstedt et al., 1998 5 1–4; higher scores indicate greater perceived ability. Ability to manage fall risks or actual falls.
Balance Self-perceptions Test Shumway-Cook et al., 1997 20 1–5 confidence scale. Self-perceptions relating to balance.
Activities-specific Balance Confidence Scale (ABC) Powell & Myers, 1995 16 0–100% confidence continuum. Confidence in maintaining balance during activities.
Modified Activities-specific Balance Confidence Scale Filiatrault et al., 2007 15 0–3 confidence scale. Modified ABC response format.
Short Activities-specific Balance Confidence Scale Peretz et al., 2006 6 0–100% confidence continuum. Short form derived from the ABC scale.
CONFBal Scale of Balance Confidence Simpson et al., 2009 10 3-point confidence scale. Confidence in everyday activities.
Near-fall domain

NEAR-FALL DOMAIN

Balance Recovery Confidence

Balance recovery confidence concerns perceived capability to recover stability following destabilising events such as slips, trips or other losses of balance.

ORIGINAL SCALE

Balance Recovery Confidence Scale

Developer: Soh et al., 2022
Items: 19
Scoring: 0–10, from “cannot do” to “certain can do”.

Explore BRC
Fall-landing domain

FALL-LANDING DOMAIN

Safe-landing Confidence

This domain concerns perceived capability to protect oneself and manage the landing phase of a fall.

RELATED MEASURE

Perceived Ability to Manage Risks of Falls or Actual Falls (PAMF)

Developer: Tennstedt et al., 1998
Items: 5
Scoring: 1–4; higher scores indicate a greater perceived ability to manage.

This instrument includes broader fall-management content and should not automatically be interpreted as a dedicated measure of safe-landing confidence.

Completed-fall domain

COMPLETED FALL DOMAIN

Post-fall Recovery Confidence

This domain addresses perceived capability to manage the immediate situation after a fall, including getting up or obtaining assistance.

View completed-fall measures
Measure Developer Items Scoring Primary focus
Perceived Ability to Manage Risks of Falls or Actual Falls Tennstedt et al., 1998 5 1–4 Perceived ability to manage falls.
Perceived Ability to Prevent and Manage Fall Risks Yoshikawa & Smith, 2019 6 1–5 Broad perceptions relating to fall prevention and management.
Difficulty Scale of Rising from the Floor Hofmeyer et al., 2002 7 1 = no difficulty to 4 = unable to rise. Difficulty in floor-rise tasks rather than confidence itself.
Fear of falling image used on the Falls Efficacy Measure List

RELATED PSYCHOLOGICAL CONSTRUCTS

Fear and Concern About Falling

Fear and concern about falling are related to falls efficacy but should not be interpreted as measures of perceived capability merely because an instrument has historically used “falls efficacy” terminology.

View fear, concern and avoidance measures
Measure Developer Items Primary focus
Single Question on FOF and Activity Restriction Belloni et al., 2020 2 Fear of falling and activity restriction.
Appraisal of Harm Outcomes Questionnaire Noimontree & Lach, 2017 6 Fear and appraisal of harm.
Geriatric Anxiety Scale Segal et al., 2010 30 Broader anxiety symptoms in older adults.
Falls Efficacy Scale-International Activities Avoidance Behaviour Dorresteijn et al., 2011 16 Avoidance behaviour in relation to concern about falling.
Geriatric Fear of Falling Questionnaire Sangpring et al., 2012 34 Multidimensional fear of falling.
Short FES-I Activities Avoidance Behaviour Kruisbrink et al., 2021 7 Activity avoidance.
Falls Behavioural Scale Clemson et al., 2008 29 Safety strategies and risky behaviours.
Survey of Activities and Fear of Falling in the Elderly Lachman et al., 1998 22 Fear and activity-related consequences.
Modified SAFFE Yardley & Smith, 2002 17 Activity avoidance.
Consequences of Falling Scale Yardley & Smith, 2002 16 Worries about consequences of falling.
UIC Fear of Falling Measure Velozo & Peterson, 2001 16 Worry about falling.
Geriatric Fear of Falling Measure Huang, 2006 15 Fear of falling.
Short Falls Efficacy Scale-International Kempen et al., 2008 7 Concern about falling.
Falls Efficacy Scale-International Yardley et al., 2005 16 Concern about falling.
Short Iconographical Falls Efficacy Scale Delbaere et al., 2011 10 Concern about falling.
Iconographical Falls Efficacy Scale Delbaere et al., 2011 30 Concern about falling using pictorial items.
Fear of Falling Avoidance Behaviour Questionnaire Landers et al., 2011 14 Fear-related avoidance.
Fear of Falling Questionnaire Dayhoff et al., 1994 21 Fear and appraisal of fall-related harm.
Fear of Falling Questionnaire-Revised Bower et al., 2015 6 Fear of falling.
Mobility Efficacy Scale Lusardi & Smith, 1997 10 Concern during activities challenging postural control.
Questionnaire on Activity Restriction Vellas et al. 15 Activity restriction and psychological state.
Fear of Falling Questionnaire Howland et al., 1993 3 Fear of falling and activity curtailment.
Single-item fear/concern questions Multiple authors 1 Fear, concern or worry depending on wording.

RELATED CONSTRUCT

Fall-risk Perception

Fall-risk perception concerns how individuals understand or appraise their likelihood, awareness or sources of fall risk, rather than their confidence in managing a fall-related situation.

Self-awareness of Falls Measure (SAFRM)

Developer: Mihaljcic et al., 2014
Items: 35

Self-awareness of Falls in Elderly (SAFE)

Developer: Shyu et al., 2018
Items: 21

Falls Risk Perception Questionnaire (FRPQ)

Developer: Choi et al., 2021
Items: 27

RELATED CONSTRUCT

Perceived Control Over Falling

Perceived control concerns an individual’s perceived ability to influence situations that threaten balance and to regulate their response to fall-related threats.

Perceived Control over Falling

Developer: Tennstedt et al., 1998
Items: 4
Scoring: 1–4; higher scores indicate a greater sense of control.

Updated Perceived Control over Falling Scale (UP-COF)

Developer: Ellmers et al., 2023
Items: 4
Scoring: 0–5.

INTERPRETATION

How to Use the Measure List

This catalogue is intended to support construct-informed instrument selection. Inclusion does not imply that all measures are psychometrically equivalent or suitable for every population or purpose.

01

Define the construct

Specify whether the interest is capability, confidence, fear, concern, control, risk perception or avoidance.

02

Identify the context

Consider population, setting, language and the relevant fall-related situation.

03

Review measurement evidence

Examine reliability, validity, responsiveness and interpretability for the intended use.

04

Consider feasibility

Review administration time, scoring, licensing, translations and practical burden.

Need Help Choosing a Measure?

Begin with the construct you want to understand, then identify the instrument that best represents your clinical or research question.