These objects are tracked and are NOT on a collision course with Earth. “If it hits” is a hypothetical to show scale.
Near-Earth object · discovered 2019-05-09

2019 NY2 (2019 NY2)

64
watch score
How bigiEstimated from brightness and an assumed albedo. Radar or a spacecraft visit would tighten it.
195m
range 146–327 m
How closeiLD = lunar distance (~384,400 km). The closest the object's path brings it to Earth's centre.
6.5LD
range ≈2,515,600 km
How fastiVelocity relative to Earth at closest approach.
9.59174568769695km/s
range 9.59174568769695–9.59174568769695 km/s
CompositioniInferred from spectral type. Drives whether an impact would airburst or reach the ground.
Stony
range Stony (assumed)
If it hit — a scale comparison, not a forecast
How big is that, really?
Bus12 m
20-storey tower65 m
This object195 m
Stadium250 m
Eiffel Tower330 m

Impact energyiKinetic energy converted to TNT-equivalent, with the size and speed ranges propagated through.
303 Mt
range 127 Mt – 1427 Mt
Where that sits
Hiroshima
Chelyabinsk
Tunguska
Tsar Bomba
An object this size would reach the ground and excavate a crater. The figures below are a scale comparison(2019 NY2) is not on an impact trajectory.
Place it on a map in the simulator
Can I see it?

Far too faint for the eye or amateur telescopes (mag ≈ 21.3). Tracked by professional surveys only.

Is it on a risk list?

Not on the CNEOS or ESA risk lists. No known impact solution for this object.

Data: NASA/JPL CNEOS · ESA NEOCC · IAU MPC.