appropriate physical learning model to support the
achievement of desired learning. This makes the
teacher still confused to give physical learning model
which is particularly design for upper grade students
in elementary schools especially with prolonged
learning hours, which is 4 x 35 minutes.
The fact shows that almost 50% of students feel
tired when doing these sport activities for such a long
period because children rarely got these practices in
previous learning experience. Thus, the children
physical fitness abilities have not been maximized.
Children are less enthusiastic and tend to be lazy to
exercise actively, because learning is less interesting.
Children are more interested in doing online games,
gadgets and other electronic games. Children feel
very comfortable to do the game without feeling
bored with a long period of time. On the other hand,
the children state that they only felt tired and bored
with what is taught by the teacher and do not like
running and jumping activities. Games played for a
long time (≥2 hours) without being balanced with
good physical activity will have negative impact on
the children’s physical and psychological health.
Griffiths (2010) states, Boys and girls who used
screen-entertainment for any duration, and
participated in sport, had fewer emotional and
behavioural problems, and more pro-social
behaviours, than children who used screen-
entertainment for ≥ 2 hours per day and did not
participate in sport.
Students can be observed on how good their
physical fitness is with the assumptions that
elementary school students already have the ability to
adjust easily with their daily activities, especially
those involving moves. Therefore, PE, sport, and
health program is expected to contribute to children’s
growth process and development. Success of physical
education programs at school is strongly influenced
by many factors such as teacher, student, facilities
and infrastructure factors. To develop elementary
school students’s motor skills, it demands the model
that is suitable with the characteristics of children
who like to play.
Based on the statement of Metzler & Michael (in
Nasution & Suharjana, 2015), "someone
demonstrates the way others should act or think to be
a model by example". Physical fitness training for
elementary school students have the characteristics
and intensities adjusted to students’ age and stages of
development. The intensities and principles of
training that need to be considered are the right
frequency, intensity, type and duration for elementary
students, for example the frequency of good physical
training for children constitutes 3 times per week. The
main goal of physical training is to maintain or
improve physical fitness. Statement above is
reinforced by Lumintuarso (2013) who states that the
frequency of training for multilateral athletes ranges
only 3 times a week. Therefore, it can be concluded
that physical fitness training for elementary students
is sufficiently carried out in 3 times per week.
Based on the information above, the researcher
attempts to develop an attractive physical fitness
training model that suits the needs of elementary
school students. The new model is created with circuit
system from step 1 to the next step. PEteachers need
to do it as a variety and solution to sport materials in
physical fitness development so that students do not
experience boredom in doing sports and can do it
independently in their home.
The training consists of sport activities related to
health such as muscle strength, muscle endurance,
heart-lungs endurance, flexibility, and body
composition. The research participants include
students and teachers from Muhammadiyah Sapen
Elementary School, Muhammadiyah Gendeng
Elementary School, and Muhammadiyah
Purwodiningratan 2 Elementary School in the
Yogyakarta. The reason why the researcher selected
sports related to health was because these health
factors are initial foundation in physical fitness.
2 METHODS
The type of this study was research and development
which aims to develop certain products and test the
effectiveness of those products (Sugiyono, 2014).
2.1 Development Procedure
This study uses simplified steps of Gall, Gall, & Borg
(2007). Gall’s et al. development model was later
modified more simply into nine steps including (1)
data collection in the research site, (2) data
analysis(3) initial product development, (4) expert
validation and revision, (5) small-scale field trial, (6)
revision, (7) large-scale field trial, (8) final revision,
and (9) final products development.
2.2 Research Participants
Research participants in this study were students of
upper grade elementary schools. Small-scale trial was
conducted at Muhammadiyah Sapen Elementary
School to 24 students. Large-scale research was
conducted in three schoolsinvolving 26 students of
grade IV at Muhammadiyah Sapen elementary