Product
Background
Technological
progress
lays
the
foundation:
In
recent
years,
the
performance
of
key
components
such
as
the
flight
control
system,
power
system,
and
sensors
of
unmanned
aerial
vehicles
has
significantly
improved.
The
communication
technology,
satellite
positioning
technology,
and
intelligent
navigation
technology
for
unmanned
aerial
vehicles
have
also
been
continuously
developed,
providing
a
strong
guarantee
for
the
15-kilogram
professional
unmanned
aerial
vehicle,
which
has
significantly
enhanced
its
endurance,
payload
capacity,
and
wind
resistance
capabilities,
enabling
it
to
execute
freight
tasks
more
stably.
Logistics
demand
drives
development:
With
the
rise
of
e-commerce,
the
logistics
demand
is
increasing
day
by
day.
Traditional
logistics
methods
have
many
problems
in
terms
of
efficiency,
cost,
and
environment,
especially
in
logistics
distribution
in
remote
areas,
which
is
costly
and
has
low
efficiency.
Unmanned
aerial
vehicle
freight
transportation,
with
its
fast,
efficient,
and
low-cost
characteristics,
meets
the
market's
demand
for
logistics
distribution.
The
15-kilogram
payload
capacity
can
transport
various
materials
such
as
oxygen
cylinders,
and
is
suitable
for
various
logistics
scenarios.
Policy
support
provides
guarantees:
Governments
of
various
countries
have
gradually
introduced
relevant
policies
to
support
the
development
of
drone
freight
transportation,
while
strengthening
industry
regulations
to
ensure
safe
operation.
For
instance,
the
State
Council
of
China
issued
the
"Guiding
Opinions
on
Promoting
the
Development
of
General
Aviation
Industry",
proposing
to
accelerate
the
development
of
drone
freight
transportation
and
improve
the
policy
and
legal
system
for
drone
freight
transportation,
creating
a
favorable
policy
environment
for
the
development
of
15-kilogram
professional
drone
freight
aircraft.
Specific
scenarios
drive
demand:
In
some
special
scenarios,
such
as
mountain
climbing
in
high-altitude
areas,
emergency
rescue,
and
environmental
protection
actions,
there
are
high
requirements
for
the
timeliness
and
flexibility
of
material
transportation.
Take
mountain
climbing
as
an
example,
Sherpa
guides
usually
spend
about
6-8
hours
crossing
the
Kunbu
icefall,
carrying
a
maximum
load
of
15
kilograms
each
time,
and
are
prone
to
danger.
However,
15-kilogram
freight
drones
can
complete
the
transportation
of
the
same
load
of
materials
in
a
short
time,
greatly
improving
transportation
efficiency
and
ensuring
personnel
safety.
Therefore,
such
drones
emerged
and
developed
accordingly.
Product
Background
