Meteoric Resources NL : Webb Diamond Project Update a

12 December 2016

PO Box 963 WEST PERTH WA 6872

www.meteoric.com.au

METEORIC RESOURCES NL abn 64 107 985 651

The Directors of Meteoric Resources NL (Meteoric or the Company) (ASX:MEI) are pleased to report on the Lozar radar surveys undertaken at the Webb Diamond Joint Venture by operator and manager GeoCrystal Ltd (GeoCrystal).

• Ground based Lozar Radar Surveys conducted over two programs were trialed over 15 selected kimberlite magnetic targets that occur within the Webb kimberlite field.
• In the 1st survey program, the radar data interpreted pipe like bodies occurring over 6 previously drilled magnetic target sites which had confirmed kimberlite.
• The most significant response from the 1st survey was associated with drilled magnetic target KJ244, which based on the radar and drilling data, is now interpreted as a 2ha kimberlite pipe.
• The most significant responses from the 2nd survey were associated with undrilled kimberlite magnetic targets KJ52 and KJ62 which are now interpreted as pipe like structures with surface areas of 4ha and 7ha respectively.
• To date, the JV has identified 51 kimberlites by the drilling of 64 kimberlite magnetic targets from the field of 280 magnetic targets. This represents 23% of the targets tested to date.

During September 2016, ground penetrating radar geophysical surveys were undertaken on selected kimberlite magnetic targets within the project area by Lozar Radar Australia.

These ground based trial surveys were focussed on both drill tested and untested kimberlite magnetic targets within and in close proximity to a broad microdiamond anomaly (Figure 1).

Lozar Radar is a ground scanning radar technology with a depth penetration of up to 200m and with the capability of mapping geological features such as faults and lithology boundaries. This work was aimed at testing the effectiveness of this relatively new geophysical technique in remodelling the size, shape and depth extent of the Webb kimberlite magnetic targets.

The field program was in 2 parts with ground radar surveys completed on 15 kimberlite magnetic targets. At least 2 survey lines were completed over each target.

Figure 1. Webb Kimberlite Field with Lozar Radar tested targets

First Radar Survey

The first radar survey was a trial to validate the radar technique against known kimberlite bodies at Webb that were previously drilled. A total of 6 drilled magnetic targets which had identified kimberlite were surveyed for a total 6.17 line km. Profile survey sections for the drilled targets KI244, KJ191 and KJ199 and are shown in Figures 2, 3, 4 & 5.

Based on the interpreted radar image, drilled magnetic target KJ244 presents a stark contrast between the kimberlite body and the host sediments and indicates a pipe-like body approximately 2ha in area. Also based on the radar images, both drilled magnetic targets KJ191 and KJ199 are interpreted as small pipes with diameters of approximately 100m. In all cases the overlying sediments are also clearly identified.

Target KJ244

Second Radar Survey

The second radar survey was to use the radar technique against undrilled kimberlite magnetic targets at Webb which resulted in 9 targets being surveyed for 5.56 line km. These surveyed targets are all contained within the broad microdiamond anomaly situated in the northern portion of the kimberlite field where a total of 42 undrilled kimberlite targets remain untested.

Profile radar survey sections for the undrilled magnetic targets KJ52 and KJ62 are shown below. Both these targets have been interpreted as kimberlite pipe bodies based on similarities in the signatures with the kimberlite bodies tested in the first survey. Targets KJ52 and KJ62 are now interpreted to have surface areas of 4ha and 7ha respectively.

Figure 6. Radar profile - Target KJ52 Figure 7. Radar profile, alternate image - KJ52

Discussion

The Lozar radar technique has the capability to clearly identify larger near surface potential kimberlite bodies in conjunction with the magnetics and hence is a valuable technique for targeting drill holes and defining the geometry of a pipe.

Lozar radar combined with detailed ground magnetic surveys will be used to prioritize targets for drill testing. The focus will be on the interpreted larger near surface bodies associated with the large microdiamond anomaly in the northern portion of the Webb kimberlite field. Selected kimberlite targets in other parts of the kimberlite field, based on the size and intensity of their magnetic signatures, will also be targeted.

It is anticipated that this work will be undertaken in the 2017 field season.

-END-

For more information on the company visit www.meteoric.com.au

Please direct enquiries to:

Graeme Clatworthy George Sakalidis

Executive Director Executive Technical Director

Phone +61 8 9485 2836 Phone +61 8 9485 2836

Mob 0418 902 341 Mob 0411 640 337

Suite 4

6 Richardson Street

West Perth, Western Australia, 6005

Zlad Sas Director

Mob 0412 198 878

http://www.geocrystal.com.au/