  Although perfect copying of an unknown quantum state is not possible,
approximate cloning is possible in quantum mechanics. Quantum telecloning is a
variant of approximate quantum cloning which uses quantum teleportation to
allow for the use of classical communication to create physically separate
clones of a quantum state. We present results of a of $1 \rightarrow 9$
universal, symmetric, optimal quantum telecloning implementation on a cloud
accessible quantum computer - the Quantinuum H1-1 device. The H1-1 device
allows direct creation of the telecloning protocol due to real time classical
if-statements that are conditional on the mid-circuit measurement outcome of a
Bell measurement. In this implementation, we also provide an improvement over
previous work for the circuit model description of quantum telecloning, which
reduces the required gate depth and gate count for an all-to-all connectivity.
The demonstration of creating $9$ approximate clones on a quantum processor is
the largest number of clones that has been generated, telecloning or otherwise.
