An organization that intends to launch little satellites to orbit has effectively tested its first rocket motor.

Texas-based Firefly Space Systems, which is creating rockets devoted to getting little spacecraft on high, has directed a ground test of its Firefly Rocket Engine Research 1 (FRE-R1), organization officials declared on Thursday.

“The fruitful testing of our first motor speaks to a quantum venture in the specialized development of our organization,” Firefly fellow benefactor and CEO Thomas Markusic said in an announcement. “We have exhibited that our center motor design can dependably begin, stop and work at a steady state without combustion insecurities.”

New Firefly Rocket Motor Test Successful for Launch Small Satellites

FRE-R1 is a pathfinder for the motors that self discipline Firefly Alpha, a two-stage little satellite launcher the organization is creating. FRE-R1 works using fluid oxygen and a refined type of lamp fuel known as RP-1, yet the fundamental motor design can oblige methane instead of RP-1, if fancied, Firefly delegates said.

The first stage of Firefly Alpha will join 12 “aerospike” motors exhibited in a ring example. Aerospike motors — which are wedge-molded, without the commonplace chime formed rocket spout — use streamlined standards to build effectiveness over the broad scope of weights experienced amid flight, Firefly delegates said.

These 12 “FRE-2” motors will give a total of 125000 pound feet of thrust. Firefly Alpha’s big stage, by differentiation, will contain a solitary “FRE-1” motor that creates 7000 pound feet of thrust, organization agents said. (The FRE-1 and FRE-2 motors are variations on the same fundamental thruster design.)

We have exhibited that our center motor design can dependably begin, stop and work at a steady state without combustion insecurities. FRE-R1 is a pathfinder for the motors that self discipline Firefly Alpha, a two-stage little satellite launcher the organization is creating.

“Up and coming motor tests will underline execution tuning and more length of time ‘mission obligation cycle’ runs,” Firefly delegates wrote in the announcement. “The first hot-flame tests of the FRE-2 aerospike motor are relied upon to occur in mid 2016.”

Minor satellites are playing a bigger and bigger part in spaceflight and space science, with some “cubesats” even booked to head to Mars, the moon and other profound space destinations in the next couple of years.

Today, such peewee create must usually hitch rides on vast rockets as optional payloads, yet Firefly plans to change things by offering a committed little sat launcher that gives productive and moderately ease access to space.