Mokrojelanchyk

Amvrosiivka

Impact area

Launching

area

Ukraine

Russia

Crater field

Using satellite imagery dated 16 July 2014, Bellingcat analysed the shapes of 330 visible craters to trace an average trajectory to a site 14.6km across the border near the Russian village of Seleznev.

Suspected launch site

The satellite imagery shows five regularly spaced burn marks on the ground, which Bellingcat say are characteristic of scorching caused by multiple rocket launcher systems. Also visible at the site were tracks leading further into Russia which match the width and turning radii of such vehicles.

Mokrojelanchyk

Amvrosiivka

Suspected launch site

The satellite imagery shows five regularly spaced burn marks on the ground, which Bellingcat say are characteristic of scorching caused by multiple rocket launcher systems. Also visible at the site were tracks leading further into Russia which match the width and turning radii of such vehicles.

Crater field

Using satellite imagery dated 16 July 2014, Bellingcat analysed the shapes of 330 visible craters to trace an average trajectory to a site 14.6km across the border near the Russian village of Seleznev.

Ukraine

Russia

Seleznev

Vasylivka

Mokrojelanchyk

Amvrosiivka

Suspected launch site

The satellite imagery shows five regularly spaced burn marks on the ground, which Bellingcat say are characteristic of scorching caused by multiple rocket launcher systems. Also visible at the site were tracks leading further into Russia which match the width and turning radii of such vehicles.

Crater field

Using satellite imagery dated 16 July 2014, Bellingcat analysed the shapes of 330 visible craters to trace an average trajectory to a site 14.6km across the border near the Russian village of Seleznev.

Ukraine

Russia