Company: JUPGF
Filing Date: 2025-10-08
Form Type: F-1/A
Source: 0001493152-25-017439
Chunk: 90

Company: ATLAS CRITICAL MINERALS Corp
Filing Date: 2025-10-08
Form: F-1/A
Chunk 90
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 unit of interest in the area. The base, thickness and continuity     
 or lateral variation of the layers are also identified. Focuses on identifying the main facies 
 and distribution of the Mata da Corda group. It is also accompanied by rock sampling (chip     
 sample).                                                                                       |

| ● | Lidar:                                                        
 by drone flight, for high-detail topography (50cm precision). |

| 67 |

| ● | Geophysics:                                                                                        
 Aeromag and terrestrial Gamma have been used so far, using publicly available regional geophysical 
 maps (Figure 20 and Figure 21).                                                                    |

| ● | Auger                                                                                       
 Drilling (AD): Performed with our own equipment, it is capable of drilling an average depth 
 of 20 meters; useful for exploratory holes and large sample production.                     |

<div align='center'>Figure 20 – Two publicly available magnetometry maps: analytical signal and vertical derivative.

Figure 21 – Ternary maps of radiometry and total magnetometry intensity.</div>

| 68 |

Surface Sampling

We have carried out a soil sampling campaign, with 213 samples collected, and several strong results such as approximately 16,000 ppm of Total Rare-Earth Oxides (“TREO”) and 20% of TiO 2in our mineral right 831.268/2021.

We also carried out an auger drilling survey in two mineral rights of Block 3 (831.277/2019 and 831.278/2019), both of which are part of the Option. Five exploration drillholes, summing 62 drilled meters, intercepted Capacete Formation.

Mineral rights located in Block 2 show TREO > 1,500 ppm, reaching at times up to 7,000 ppm, and 8% < TiO 2<12% and including readings of TiO 2> 12% for some samples. In all such mineral rights the presence of Capacete Formation has been mapped, and in some places, it is up to 70 meters thick.

Block 3 also shows high grade locations, including samples which show TREO > 4,000 ppm and TiO 2> 20%.

High levels of TREO and TiO 2were obtained through an extensive whole rock sampling campaign (Figure 22), totaling 809 samples of soil, conglomerates, aphanitic porphyritic volcanic rocks, sandstones, mudstones, lateritic canga, among others. Among the