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Showing 3 results for Firefighters
Estimating the Maximum Aerobic Capacity of Fire Fighters Using The Step Test; A Case Study With Height Adjustable Steps
Sajjad Farhadi, Ghasem Hesam, Zahra Moradpour, Malek Abazari, Yousef Babayi Mesdaraghi,
Volume 4, Issue 2 (10-2016)
Abstract

Introduction: Firefighting is amongst jobs that require high physical strength and high aerobic capacity. These are required because of the nature and the physical demands of the job. The maximum aerobic capacities of firefighters were investigated using the step test.

Methods: This cross-sectional descriptive-analytical study was conducted on 73 firefighters. At first, demographic information was collected by a questionnaire. Then, the step was built with adjustable height, for step testing, and using the Francis method, maximum aerobic capacity of the participants, was studied. The results of the questionnaire and step test were analyzed by the SPSS 16 software.

Results: maximum aerobic capacity of firefighters was calculated as 3.65 L/min and 47.4 mL/kgmin. Moreover, the results of statistical analysis revealed a significant relationship between body mass index and exercise, and maximum aerobic capacity (P ˂ 0.05). Also no significant relationship was found between maximum aerobic capacity, age, smoking and work-related fatigue (P > 0.05).

Conclusions: Studying the firefighters cardiorespiratory capacity, to reduce the probability of firefighters injuries is very important due to occupational sensitivity and having to perform difficult tasks under demanding circumstances. The results of this study showed that maximal oxygen uptake (vo2 max) and cardiopulmonary capacity of examined firefighters are greater than the minimum amount recommended by the international association of firefighters, which can be due to regular physical fitness programs conducted by the organization.


Study of Work Ability Index (WAI) and Its Association with Demographic Characteristics Among Firefighters
Ramin Rahmani, Raheleh Hashemi Habybabady, Mohammad Hossein Mahmoudi, Haniyeh Yousefi, Siavash Shahnavazi,
Volume 9, Issue 1 (4-2021)
Abstract
Background and Objectives: Assessing the workability of employees is very important, and firefighting is one of the critical jobs. Therefore, the aim of this study was to evaluate the work ability index (WAI), and identify some effective factors among firefighters.
Methods: This cross-sectional study was carried out with participation of 101 firefighters in Zahedan, Iran in 2018. Subjects were included in the study by census method. Data were collected using a two-part questionnaire (demographic information and WAI items), and data analysis was performed using SPSS 24.
Results: The mean of age and work experience of the subjects were 34.18±6.70 and 8.47±6.79 years, respectively. Only 18 individuals (17.8%) were single, and most of them exercised at least once a week. The mean score of WAI was 44.33±3.56 and most of the subjects were in the excellent range. With increasing age and work experience, WAI decreased, and there was also a significant relationship between marital status and weekly exercise with WAI.
Conclusions: In general, the condition of the firefighters was favorable in terms of workability. However, due to the relationship between personal characteristics and WAI, it is necessary to adjust the duties of older people with more work experience.

Identifying the Ergonomic Components of Firefighter Gloves: Findings from a Qualitative Study
Shiva Adib, Azade Tahernejad, Fateme Shahrebabaky, Somaye Tahernejad,
Volume 14, Issue 3 (10-2026)
Abstract
Background and Objective: Firefighting gloves are essential personal protective equipment (PPE); however, protection alone does not ensure their effectiveness. Ergonomic characteristics, including hand fit, preservation of manual dexterity and tactile sensitivity, comfort, and ease of use, can influence firefighters’ performance and safety. This study aimed to identify the ergonomic components of firefighting gloves from the users’ perspective.
Methods: This qualitative study employed conventional content analysis with an inductive approach and was conducted from February to May 2026. Twenty active-duty firefighters were purposively recruited, five of whom had additional expertise and experience in occupational safety and personal protective equipment. Sampling continued until data saturation was reached. Data were collected through 20 semi-structured interviews and 2 focus group discussions and were subsequently transcribed, coded, and analyzed. The Lincoln and Guba criteria were applied to ensure the trustworthiness of the findings.
Results: Of 839 initial codes, 394 final codes were derived and organized into five main categories and 10 subcategories: biomechanical and musculoskeletal strain, anthropometric and dimensional fit factors, physiological factors, manual and perceptual performance, and usability and compatibility. Key components included increased grip force and localized pressure, poor dimensional fit, restricted joint mobility, heat retention and sweating, skin irritation, reduced tactile sensitivity and dexterity, difficulty in donning and doffing, and incompatibility with other protective equipment.
Conclusion: The ergonomics of firefighting gloves is a multidimensional concept encompassing biomechanical, anthropometric, physiological, manual-performance, and usability dimensions. These findings may provide a basis for developing and validating objective ergonomic indicators and for considering their incorporation into future standards. Further studies using objective measurements and including female firefighters are recommended to validate the identified components.
 

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